75 results about "Aerosol Mist" patented technology

The utility model discloses an atomization device and atomization equipment, atomization device includes oil storage depot, and the inner wall of oil storage depot is equipped with the partition, to form with the temporary storage chamber and the oil storage chamber in the oil storage depot separation part, and the partition is equipped with the through hole, the temporary storage chamber contains a plurality of movable oil storage particles, and the oil storage particle inside contains the tobacco tar, the oil storage chamber is equipped with the oil storage cotton, and the breaking chamber is formed in the oil storage chamber, and the breaking chamber is connected with the through hole, and the lateral wall of breaking chamber is equipped with the oil hole that communicates with the outside of breaking chamber, and the inboard wall of breaking chamber is equipped with the breaking structure, to make the oil storage particle that enters the breaking chamber inside through the through hole can be destroyed by the breaking structure after being extruded by the breaking structure, thereby making the oil liquid inside the oil storage particle flow. The oil storage particle containing tobacco tar is stored in the temporary storage chamber, so that the tobacco tar is located in the sealed space before atomization, thereby not easy to be oxidized by air, thereby guaranteeing the taste after the tobacco tar is atomized into the gas mist.

The invention provides an aerosol-type face pack cosmetic that, when dispensed, forms a flexible, easy-to-use, and low-irritation resin foam that easily adheres to the face, such as around the eyes and nose. It also allows the fermented liquid contained in the resin foam to easily seep out, making it easy to apply the fermented liquid to the face and less likely to cause tightness. [Solution] An aerosol pack cosmetic comprising a beauty serum and dimethyl ether, wherein the beauty serum comprises at least one fermentation solution selected from Saccharomyces / Anzange ferment filtrate, Saccharomyces / Human (fibroblast / mononuclear cell) induced pluripotent cell culture conditioned medium ferment filtrate, Galactomyces / Eryngium multiflorum callus culture ferment filtrate, and a resin.

The application relates to the technical field of aerosol can detection, in particular to a pressure loading rate control method for detecting the pressure resistance strength of an aerosol can and related equipment, based on actual working conditions of different types of aerosol cans, pressure change data of multiple transportation scenes is collected, a multi-stage pressure loading rate curve containing "smooth pressure rise-instantaneous impact-pressure maintaining-pressure gradient pressure relief" is preset, the can body pressure and deformation data of the aerosol can on a target detection station are acquired, the first pressure loading rate is adjusted after comparison and analysis, the second pressure loading rate is adaptively matched in combination with aerosol can specification information, a comprehensive pressure loading rate is obtained by fusing the two pressure loading rates, and the work station detection device is controlled to detect batches of aerosol cans according to the comprehensive pressure loading rate, so that the actual scene can be simulated more accurately, and the detection requirements of aerosol cans of different specifications can be adapted.

An aerosol generator has a vibratable plate with apertures therein and an annular piezo which causes movement of the vibratable plate. An annular support member supports the piezo and the vibratable plate. A first electrical power conducting pin engages directly with a first, top, surface of the piezo. A second electrical power conducting pin indirectly conducts electrical power to a second surface of the piezo, by contacting an extension tab of the support member, also on its top side. There is a film of cured epoxy adhesive on the tab, providing excellent gripping force between the pin and the support. The aerosol generator avoids need for soldered joints for electrical contact, and the pins are conveniently mounted parallel to each on the on the same lateral and top side of the piezo and support member. The pins may have multi-point tips for particularly effective electrical contact.

This application provides a spliced ​​aerosol generating device and an aerosol generating device unit, comprising: at least two aerosol generating device units, each aerosol generating device unit including an atomizing core for atomizing an aerosol matrix to generate an aerosol and a nozzle structure in fluid communication with the atomizing core; wherein, the aerosol generating device unit has a splicing surface that extends at least partially to the nozzle structure, the at least two aerosol generating device units are joined together by the splicing surface, and the nozzle structure is provided with an air inlet spaced apart from the splicing surface and an air outlet connected to the air inlet, the central axis of the air outlet being non-collinear with the central axis of the air inlet, and the central axis of the air outlet being offset toward the splicing surface.

The application discloses a kind of multi-phase mixture laminar flow flame burning rate measuring device and measuring method, the measuring device includes reaction shell, liquid atomization module, gas supply module, gas-liquid mixing module, rectifier nozzle module, ignition module and optical measurement module, reaction shell has the reaction cavity for gas-liquid mixing;Liquid atomization module is used to gather liquid fuel, and liquid fuel is atomized to form droplet;Gas supply module is used to control the flow and direction of gas into reaction cavity;Gas-liquid mixing module is arranged in reaction cavity, including the flow guide baffle for forming buffer space;Rectifier nozzle module includes rectifier unit and nozzle unit, rectifier unit is used to weaken flow field disturbance, and nozzle unit is used to output gas mist two-phase mixture fluid;Ignition module is used to ignite the gas mist two-phase mixture ejected;Optical measurement module is used to obtain flame propagation data.The measuring device can realize the accurate measurement and analysis of multi-phase mixture combustion process.

1. Name of the product in this design: Rotary aerosol nozzle (self-locking). 2. Application of this design: An actuator installed on aerosol or pump containers for spraying substances from the container. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The utility model discloses a kind of cartridges, and aerosol-generating device is used in cooperation, cartridge includes: shell, with mouth end and bottom end;Aerosol channel, from mouth end extends along axial direction, aerosol channel includes and is relatively arranged first aerosol channel and second aerosol channel along first direction;Atomization component, be located in shell, atomization component includes and extends along first direction atomization cavity, atomization cavity is communicated with aerosol channel;End cap, be located in bottom end, end cap is equipped with opening and hollow protrusion from opening along second direction to the inside of shell, hollow protrusion is equipped with air inlet, air inlet and atomization cavity are communicated;Wherein, air inlet has opposite bottom point and vertex along second direction, the included angle formed by the direction of bottom point to vertex and third direction is obtuse angle, so that external air is in the direction of the included angle formed with second direction is acute angle from air inlet flow out.The utility model also discloses a kind of aerosol-generating device.

An aerosol foam dispenser having a container configured to contain a composition and a propellant; a valve assembly in fluid communication with the container; and an actuator assembly. The actuator assembly includes a supply channel in fluid communication with the valve assembly; a nozzle in fluid communication with the supply channel and configured to atomize the composition; an expansion chamber; a porous barrier extending in a direction substantially parallel to an outer end surface of the nozzle; and an actuator in operative communication with the valve assembly. The expansion chamber includes a sidewall having an air vent extending therethrough.

This invention relates to an atomizing core, an aerosol cartridge using the atomizing core, and an atomizing module. The atomizing core includes an integrally formed outer liquid guiding tube, an inner liquid guiding cotton layer rolled into a cylindrical shape and attached to the inner circumferential wall of the outer liquid guiding tube, a resistive mesh layer attached to the inner circumferential wall of the inner liquid guiding cotton layer, and an atomizing core through-hole axially penetrating the atomizing core. The outer liquid guiding tube comprises a tubular porous material integrally formed by fiber bonding; the resistive mesh layer is rolled into a cylindrical shape, but its two circumferential ends are arranged opposite each other with a gap; the inner liquid guiding cotton layer is composed of multiple layers of non-woven fabric rolled into a cylindrical shape. According to the atomizing core and aerosol cartridge of this invention, the outer liquid guiding tube and the inner liquid guiding cotton layer have sufficient contact, significantly improving liquid guiding efficiency, which is beneficial for improving the aerosol taste and extending the life of the atomizing core.

This invention belongs to the field of micro-coating protection and discloses an organosilicon aerosol coating for waterproofing precision instruments and its preparation method. The organosilicon aerosol coating comprises, by weight, 4-6 parts of fluorinated organosilicon, 2-3 parts of organosilicon-acrylate resin, 30-40 parts of a first solvent, 20-30 parts of a second solvent, 1-1.5 parts of a release agent, 0.5-1 parts of a leveling agent, and a certain amount of propellant. This invention uses a first solvent and a second solvent with different volatility properties to improve the self-leveling and film-forming quality of the microfilm after spraying, reducing surface micropore defects caused by excessive evaporation and forming a good waterproof layer. Through the synergistic effect of fluorinated organosilicon and organosilicon-acrylate resin as film-forming materials, the waterproof coating formed with the release agent and leveling agent possesses both long-lasting waterproofing and peelability. When used for the protection of precision instruments, the coating can be peeled off after a certain protection period without leaving residual pollution on the instrument surface.

The present invention provides an aerosol-type foamable composition for oxidation coloring of keratinous materials, a product comprising the composition, and a process for coloring keratinous materials using the product. The composition can produce high-quality foams (e.g., even, fine, rich, bouncy, stable and drip-resistant foams), can impart keratinous materials with an even and intensive coloring effect as well as good cosmetic properties (e.g., pleasant feel, smoothness, softness and ease of disentangling), and has a first agent with excellent storage stability and intercomponent compatibility.

The invention belongs to the technical field of metal material surface engineering, and particularly relates to an online treatment method and system for nanocrystallization of a hot-dip surface coating, and the method comprises the following steps: opportunity capturing: taking out a hot-dip workpiece from molten metal liquid, and conveying the workpiece to a nanometer treatment station when the surface coating is in a semi-solidified state; spraying of nano aerosol: spraying aerosol containing nano particles to the surface coating in the semi-solidified state, wherein the nano particles are embedded into the surface coating as nucleation particles; electrostatic assistance: applying an electrostatic field in the process of spraying the aerosol containing the nano-particles, driving the nano-particles to directionally move towards the surface coating and increasing the impact kinetic energy; and cooling and solidifying: cooling the workpiece after the aerosol containing the nanoparticles is sprayed, so that the nanoparticles embedded in the surface coating and the metal of the surface coating form metallurgical bonding or mechanical anchoring, and cooling and solidifying of the surface coating are completed.

Spray device as well as a method for manufacturing an spray device, comprises assembling at least one spray nozzle plate into a thermoplastic holder, while controlling the temperature of the spray nozzle plate and / or the holder and as a result at least locally plastically deforming the holder permanently. After the thermoplastic deformation of a seat of the holder, a diameter of the seat of the holder upstream of the spray nozzle plate exceeds a diameter of the seat of the holder downstream of the nozzle plate. The thermoplastic holder may have a tapered seat, where the smallest cross section of the tapered seat is smaller than the spray nozzle plate, wherein the method may comprise: - heating the spray nozzle plate; - pressing the spray nozzle plate into the tapered seat of the holder by bringing the nozzle plate towards a smallest side of the tapered seat, thereby thermoplastically deforming a wall of the tapered seat; and - forming a spray device from an assembly of the spray nozzle plate and the thermoplastic holder, whereas a widest side of the tapered seat is pointing towards a supply side of the liquid

This invention relates to the field of air sterilization, disinfection, formaldehyde removal, and odor removal technology. It discloses an aerosol mixing structure, an aerosol mixing method, and an air disinfection device. The device includes an atomization module that contacts and atomizes a liquid containing disinfectant agents to obtain a disinfectant mist. Undissolved disinfectant agents overflow to form a disinfectant gas. The disinfectant mist and disinfectant gas are mixed to obtain a disinfectant aerosol. The disinfectant aerosol can diffuse more quickly and capture bacteria, viruses, and foreign molecules in the surrounding environment, achieving rapid sterilization, formaldehyde removal, and odor removal, thus improving the air disinfection effect.

This invention discloses an environmentally friendly semi-dry gear milling cutter and its aerosol cooling system, belonging to the field of cutting milling cutter technology. Based on the cutter shaft and the cutting tool, it specifically relies on the main water channel and differential pressure fluid supply structure built into the cutter shaft, combined with a floating moving fluid sleeve and a differential pressure driven sliding fluid ring. Through pure mechanical-hydraulic coupling, it achieves dynamic adaptive adjustment and pulsed intermittent fluid supply for atomized fluid supply. Without the need for additional electronic control components, it can significantly reduce cutting fluid consumption and waste fluid pollution, while significantly improving the accuracy of cooling and lubrication and adaptability to all working conditions. It effectively extends the tool life and stably ensures the gear machining accuracy. It aims to solve the technical conflict between traditional gear milling cooling solutions and the inability to balance low-consumption and environmentally friendly cutting fluid with efficient cooling and lubrication. While maintaining the most efficient cooling method, it reduces the amount of cooling / cutting fluid used, which can better adapt to the special requirements of gear milling.

This invention discloses a method for preparing ultrapure stainless steel for automotive trim strips, comprising the following steps: (1) molten iron undergoes initial decarburization, reduction, desulfurization, and nitrogen control in an AOD furnace before tapping; (2) after slag removal, the iron enters a VOD furnace for vacuum deep decarburization and denitrification, FeSi alloy reduction, and low-carbon material slag formation; (3) the iron is fed into an LF refining furnace for alloying, and CaSiBa is introduced; (4) a magnesium + aluminum-calcium composite covering agent is used in continuous casting, and an aerosol baffle is used in the tundish. Low-carbon and nitrogen-rich ultrapure ferritic stainless steel is smelted using AOD+VOD. LF furnace deep deoxidation and modification treatment of magnesium-aluminum spinel inclusions are employed. Weak blowing and stirring, along with high-alkalinity slag, promote the flotation and adsorption removal of inclusions in the molten steel. Simultaneously, a ladle atomizing baffle device is used in continuous casting, along with a magnesium + aluminum-calcium low-melting-point composite ladle covering agent to fully absorb small-sized inclusion particles that float to the surface. This ensures the ultrapurity of the ultrapure ferritic stainless steel molten steel, resulting in a total oxygen content of <20ppm for continuous casting ladle samples and an inclusion rating of ≤1.0 for plate (Class B + Class D).

An aerosol lubricated ultra-precision gas static pressure bearing belongs to the field of ultra-precision machining equipment technology. It addresses the problems of bearing seizure and corrosion that often occur when using gas as a lubricant in gas static pressure bearings. The gas static pressure bearing body has an air passage, and an oil mist lubrication system is connected to this passage. Compressed air is generated into an oil mist form by the oil mist lubrication system and then introduced into the gas static pressure spindle through the air passage, providing lubricant to the spindle. The presence of oil mist in the compressed air reduces the air gap thickness of the gas static pressure bearing and increases the damping of the extrusion die. However, due to the discontinuous nature of the oil mist, it does not significantly increase bearing heat generation, greatly improving the stability of the air bearing during operation. The presence of oil mist in the compressed air also prevents the gas static pressure bearing from seizing and prevents corrosion of its components.

The application discloses an injection device. The injection device comprises a liquid storage shell having a liquid storage cavity and a containing cavity, the liquid storage cavity is used for storing a flavoring fluid, and the containing cavity is used for containing an aerosol base; a spike assembly comprising a spike needle connected to a bottom wall of the containing cavity and communicating with the liquid storage cavity, and used for piercing the aerosol base in the containing cavity to inject the flavoring fluid into the aerosol base. In this way, the injection device can conveniently and efficiently inject the flavoring fluid into the aerosol base to enrich the taste of the aerosol base.

This utility model discloses a novel anti-leakage valve for inverted use in a heterogeneous aerosol system, including a fixed cap, a valve stem, and an inverted anti-leakage mechanism. The inverted anti-leakage mechanism includes a first valve chamber, a steel ball, and a second valve chamber. The bottom of the second valve chamber has a liquid inlet pipe, and the top of the first valve chamber has a valve stem with a liquid inlet hole at one end. When the container is inverted, the liquid inlet of the liquid inlet pipe is exposed above the liquid surface, preventing liquid from entering; only gas can enter. The steel ball falls onto the surface of the first valve chamber due to gravity and forms a seal. When the valve stem is pressed, the second channel connects to the outside, and the first channel connects to the inside of the container. A pressure difference is created between the first and second channels due to the seal of the steel ball, further pressing the steel ball against the contact surface of the first valve chamber, thereby closing the first channel and preventing internal gas from leaking to the outside through the liquid outlet of the aerosol valve.

The present application relates to the field of internet of things sensor, specifically to a self-checking smoke sensing device. It comprises a junction box, a mounting box and a self-checking assembly; the junction box is internally provided with an internet communication module; the mounting box is arranged at the bottom of the junction box, the top end of the mounting box is internally provided with a detection probe capable of detecting smoke and alkane-containing gas mist, and multiple through holes are uniformly distributed around and at the bottom of the mounting box; the self-checking assembly comprises a fixing clamp and a peristaltic pump arranged in the mounting box, a tank arranged on the fixing clamp, a suction pipe communicated between the tank and the peristaltic pump, a pumping pipe communicated at the output end of the peristaltic pump and a spray head communicated at the outer end of the pumping pipe; during self-checking, the spray head sprays alkane-containing gas mist. The present application can detect the smoke generated by frictional slipping when the conveying belt and the roller slip, trigger an alarm, so as to timely shut down and maintain the belt conveyor, improve safety, and can self-check the detection probe to ensure that the detection probe has normal detection function.

The utility model relates to a kind of gas mist rubber valves, it includes: valve body, the outer side of butt joint is equipped with sealing cup, the inner chamber of valve body is provided with valve stem, the butt joint with the butt joint of sealing cup is provided with sealing ring assembly, and the outer side of valve body is detachably connected with rubber tube assembly. The rubber tube assembly is set, then in the state of vacuumizing, the rubber tube is sleeved in the outside of valve body, and reagent is loaded into the inside of valve body, the valve body loaded with reagent gradually expands, and by selecting rubber tube as propellant, it is more environmentally friendly and safe, and it can be carried on all public transport when going out, and the hoop of installation state has connecting structure between valve body and rubber tube by elastic rope, and rubber tube installation is more stable. By setting sealing ring assembly, the sealing property of butt joint and sealing cup butt joint can be improved in installation state, effectively reduce the situation that valve body appears gas leakage.

1. Name of the product in this design: Rotary aerosol nozzle. 2. Application of this design: An actuator installed on aerosol or pump-type container for spraying substances from the container. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design points: 3D diagram of the combined state 1. 5. Other situations requiring explanation: This product is a component product. Component 1 is the spray head connected to the sprayer; component 2 is the support base for the spray head. Rotating the support base controls the opening or closing of the spray head.

The application provides a full-liquid heat recovery type high-efficiency evaporator, which can solve the problem of complete evaporation of incompletely evaporated refrigerant, improve the suction gas superheat degree of a compressor by using twice heat exchange, completely solve the suction liquid carrying phenomenon, ensure the pure oil state lubrication of the rotor in the compressor, reduce the oil separation and oil return amount, and eliminate the heat loss caused by the liquid carrying and oil running of the compressor. The evaporator comprises a shell, a partition plate and heat exchange pipes, the bottom of the shell is provided with an inlet pipe, the top of the shell is provided with an outlet pipe, the left and right ends of the shell are respectively divided into a plurality of internal areas by the partition plate, the internal areas at the left and right ends of the shell are communicated through the heat exchange pipes, the end of the shell is further provided with a water inlet pipe and a water outlet pipe for supplying water to the heat exchange pipes, a heat recovery heat exchange fin assembly for heating the rising gas mist and flying liquid is arranged at the internal area of the shell close to the outlet pipe, and the gas mist and flying liquid are converted into a pure gas state after being heated by the heat recovery heat exchange fin assembly.

This invention discloses an automatic cleaning device and method for a steam induced draft fan, belonging to the field of continuous casting machine production technology. The automatic cleaning device includes a first pipe connected to a water pipe system, a second pipe connected to the first pipe, an aerosol nozzle connected to the second pipe via a third pipe, and a valve body connected between the second and third pipes. The side wall of the first pipe has a first interface matching the second pipe, and the side wall of the steam pipe has a second interface matching the third pipe. One end of the second pipe is connected to the first interface, and the other end is connected to the valve body. One end of the third pipe is connected to the second interface, and the other end is connected to the valve body. The aerosol nozzle is connected to the second interface on the side away from the valve body, and the aerosol nozzle corresponds to the impeller. This invention realizes online automatic cleaning of the steam induced draft fan impeller without stopping the machine, effectively solving the pain points of limited maintenance space and high difficulty in rotor maintenance and replacement in the prior art.

The fire toxic gas source purification Fenton gas mist curtain device and its dynamic control method belong to the field of gas mist curtain application and gas purification, comprising a mobile platform, a Fenton component system, an ultrasonic micro-porous atomizing nozzle group, a control system and a gas sensor array, real-time measurement of the concentration of each toxic gas and calculation of the harm degree, adoption of a closed-loop control strategy, real-time matching of the composition of the reinforced Fenton solution based on the harm degree sequence, and double-principle dynamic adjustment of the gas mist curtain flow rate by the cumulative harm degree stage (concentration gradual increase period, high-intensity purification period, concentration gradual reduction period and safe stop period) for supplying the superfine purification gas mist curtain. The present application has both smoke physical barrier and chemical purification functions, forms a gas-liquid two-phase flow barrier through the dense superfine purification gas mist curtain, hinders the longitudinal spread and diffusion of the smoke gas, converts the toxic gas into HCO3 ‑ , HNO2 and OCN ‑ dissolved in the gas mist, and improves the efficient purification effect of the fire smoke gas.

A method brings an aerosol releasing substrate for use in a heat-not-burn device into a stable shape, wherein the aerosol releasing substrate contains: 20-70% aerosol former as well as tobacco particles and / or an inhalable agent, which contains at least one of a stimulant and / or a flavor. The aerosol releasing substrate also contains a gelling agent for gelling the aerosol releasing substrate and a degradation preventing and / or thickening stabilizer. The method includes the steps of: a) producing the aerosol releasing substrate and b) pressing the aerosol releasing substrate with pressure and heat and by using a mold into a desired shape. An aerosol releasing substrate for use in a heat-not-burn device, is an air permeable compressed mass and includes tobacco particles and / or an inhalable agent, a gelling agent, a degradation preventing and / or thickening stabilizer, as well as 20-70% aerosol former.

The utility model discloses an ozone disinfection machine of aerosol type, including the casing, the inside fixed fan of casing, the inside fixed ultraviolet ozone generator of casing, the top of fan and ultraviolet ozone generator bottom fixed connection, the top of ultraviolet ozone generator is fixed with water tank, the inside right side of water tank is fixed with two guide rails, is equipped with the baffle between two guide rails. This ozone disinfection machine of aerosol type, through setting up the floating plate, the fixed link and the baffle, will water inlet pipe external pipeline, like this tap water enters the inside of water tank, like this tap water rises in the water tank, the floating plate and tap water surface rise together, then take the fixed link and rise, the fixed link takes the baffle and rises, and the baffle will water inlet pipe and stop, like this can automatic cut off, avoid the water tank inside being pressed and damaged by tap water caused by the water injection all the time.

The present invention relates to an aerosol generating device (162) configured for generating an aerosol stream (114) to a patient (116), as well as a processing device (120) configured for controlling the apparatus (110) for administering the aerosol to the patient (116). Herein, the aerosol generating device (162) comprises:an air inlet (164) configured for receiving a portion of breathing air (166) from a ventilatory circuit (160) to be provided to an aerosol generating element (170);the aerosol generating element (170) configured for generating aerosol particles and introducing them into the aerosol stream (114); andan aerosol tube (172) configured for providing the aerosol stream (114) comprising the aerosol particles through a conducting element to the patient (116).In particular, the device (162) is designed for providing a high aerosol concentration to the patient (116), especially to a preterm infant, a newborn, a child and an adult.It is also disclosed a processing device (120) configured for controlling an apparatus (110) for administering an aerosol (112) to a patient (116) by controlling an aerosol stream (114) to the patient (116) triggered at one point in time that advances at least one of an onset or a suspension of a breathing of the patient (116).