37results about How to "Increase the amount of atomization" patented technology

The invention discloses a heating wire assembly used in an electronic cigarette atomizer. The heating wire assembly comprises an oil guide body and a heating wire. The heating wire is nested in the oil guide body in a winding and circuitous mode. The two tail ends of the heating wire are located outside the oil guide body. Due to the fact that the heating wire is nested in the oil guide body in the winding and circuitous mode, the heating wire can make full contact with the oil guide body, the heating uniformity is improved, the atomization amount of tobacco tar is increased, and the demand for the large smoke volume of an electronic cigarette of part of consumers can be met. The invention further discloses an atomizer containing an atomization core and the electronic cigarette.

The invention provides an atomizing device capable of increasing atomization quantity; the atomizing device comprises a structure sheet, a nozzle sheet and a piezoelectric ring; the punching technology is employed to form a through hole in the center of the structure sheet, and the surrounding of the through hole is provided with at least one stress gathering zone like a protrusion or deformation portion; the nozzle sheet is clamped between the structure sheet and the piezoelectric ring, and provided with a plurality of nozzles corresponding to the through hole; when the piezoelectric ring is driven to enable the structure sheet and the nozzle sheet to synchronically vibrate, a to-be-atomized liquid can be atomized and sprayed out from the plurality of nozzles close to the stress gathering zone, thus greatly improving instant atomization quantity, and further reducing application energy loss.

The invention discloses electrostatic spraying equipment, which comprises a line speed detection system (1), an independent atomizing nozzle adjusting system (2), a plate and strip width detection system (3), an automatic flame detection and automatic fire distinguishing system (4), an unbalanced air pressure compensation and control system (5) and a serration plate electrode (6). The electrostatic spraying equipment solves an independent precision line speed detection problem, an independent atomizing nozzle adjusting problem, an independent precision width detection problem, an automatic detection and automatic fire distinguishing problem, an unbalanced air pressure compensation and control problem, and a coating material overflow problem caused by a planar electrode.

The invention relates to the technical field of liquid atomization, in particular to a focused ultrasonic atomization device. The focused ultrasound atomization device comprises a shell, an ultrasonictransducer and a microporous mesh, the inside of the shell is provided with a through cavity, the ultrasonic transducer is arranged at one end of the through cavity, the other end of the through cavity is provided with the microporous mesh, the ultrasonic transducer comprises a piezoelectric ceramic body, the piezoelectric ceramic body is in a spherical crown shape, the concave surface of the piezoelectric ceramic body is opposite to the microporous mesh, and the through cavity is filled with a liquid medium. According to the ultrasound atomization device, a combined structure combining the high-intensity focusing ultrasonic action and the microporous mesh is adopted, ultrasonic waves emitted by the spherical crown shaped piezoelectric ceramic body with the side facing the microporous mesh being the concave surface are high-intensity focusing ultrasounds and are not a conventional parallel-launched ultrasonic sound field, the energy of the ultrasonic waves is greatly increased, the atomization amount is larger, the atomization efficiency is higher, and higher-viscosity liquid can be atomized.

A low-frequency ultrasonic atomizing device includes a piezoelectric vibrator, a horn, a secondary atomizing chamber, a gas-liquid valve end cover, a Laval-type valve core, a stepped valve core, and a gas-liquid valve body. The piezoelectric vibrator is glued onto the horn, and the gas-liquid valve end cap is connected to the gas-liquid valve body by a thread, while both the stepped valve core and the Laval-type valve core are installed within a cylindrical cavity of the valve body, an end of the Laval-type valve core being sleeved at an end of the stepped valve core. The horn and the secondary atomizing chamber, the secondary atomizing chamber and the gas-liquid valve end cover are connected by a double-head stud and a nut. The device achieves multi-stage atomization of droplets, which increases the atomization quantity of a spray device, the droplets being small, and also achieves long distance spraying.

The invention relates to an atomization device of an electronic cigarette, the device comprises a shell, a liquid storage cavity is formed in the shell, a tar inlet is formed in one side of the liquid storage cavity, and a smoke outlet is formed in the other side of the liquid storage cavity; a self-lifting mechanism is arranged in the liquid storage cavity, a liquid guide column and an atomization assembly are further arranged in the liquid storage cavity, a mounting groove is formed in the top of the shell and used for being connected with a cigarette holder in a screwed mode, and a connecting groove is formed in the bottom of the shell and used for being connected with a battery bin; an air inlet hole is also formed in the shell; a sealing mechanism is arranged at the bottom end of the tar inlet; by means of the sealing mechanism, the bottom end of the tar inlet 5 can be sealed in the normal use process of the electronic cigarette, the sealing performance of the electronic cigarette in use is improved, the situation that tobacco tar leaks is reduced, tobacco tar leakage can be prevented when a child unintentionally unscrews the cigarette holder, meanwhile, the child is prevented from making contact with the tobacco tar and even eating the tobacco tar by mistake, and the safety is improved.

The invention relates to an electronic atomization device and a heating assembly and a heating body thereof, and the heating body comprises a heating structure and a columnar heat conduction isolation structure; the heating structure is arranged in the heat conduction isolation structure, so that the heating structure is isolated from an atomizing medium and/or a gaseous medium formed after atomization through the heat conduction isolation structure, and heat conduction is conducted between the heating structure and the atomizing medium through the heat conduction isolation structure. According to the heating body, the heating structure is isolated from an atomizing medium and/or a gaseous medium formed after atomization through the heat conduction isolation structure, heat conduction is conducted between the heating structure and the atomizing medium and/or the gaseous medium formed after atomization through the heat conduction isolation structure, and therefore direct contact between the heating structure and the atomizing medium can be avoided; according to the atomization device, the generation probability of harmful substances is reduced, atomization medium concentration is avoided, the atomization amount can be increased, the taste of atomized gas after atomization is improved, the anti-fatigue life of the heating structure can be prolonged, and the practical frequency of the atomization device is increased.

The invention discloses a connected ceramic core, which comprises a ceramic core body (1), heating bodies and heating wires. The two or more heating bodies are connected in parallel, the ceramic corebody (1) is provided with vertical through holes with the same number as the heating bodies, the heating bodies are arranged in the corresponding vertical through holes, and the heating wires are fixed to the bottom of the ceramic core body (1). After the scheme is adopted, the resistance value of the whole ceramic core used in an atomizer is reduced, the heating power is increased, the atomization amount of tobacco tar can be increased, and the smoke amount is increased.

The invention discloses commercial sauna room water vapor separation equipment which comprises a steam generation cabinet, a turbofan aeration assembly, an atomization heating assembly and an atomization generation assembly fixedly installed in the steam generation cabinet, wherein the top face of the steam generation cabinet is fixedly connected with the bottom end of the atomization heating assembly through the turbofan aeration assembly. Equipment control boxes are fixedly installed on the two sides of the atomization heating assembly, and a filling hopper is arranged on one side of the steam generation cabinet. According to the commercial sauna room water vapor separation equipment, two-stage atomization generation is adopted for steam generation for water-steam separation, ultrasonic atomization of water liquid is conducted through the atomization generation assembly to form a large amount of atomized gas, and the atomized gas is subjected to heat conduction and heat radiation heating through the atomization heating assembly, and therefore, a large amount of dense high-temperature atomized gas is formed to heat the sauna room, water vapor mixing is avoided, the safety problem caused by water vapor mixing sputtering is solved, and the practicability and safety of equipment are improved.

The invention provides an atomizing device with a double-layer heating structure. The atomizing device with the double-layer heating structure comprises a base, a lower cover, an atomizing core and anoil storage bin, wherein the inside of the base is provided with an accommodating cavity, a thick wall, an oil inlet hole and an air inlet hole; the lower cover covers the base, a gap is formed between the lower cover and the base, and the lower portion of the oil inlet hole is communicated with the gap; the atomizing core is mounted inside the accommodating cavity and composed of an internal shaft, an atomizing channel, an inner atomizing hole, a first heating mesh, a second heating mesh, a first case, a second case and a side case, the side case is provided with an outer atomizing hole which is communicated with the air inlet hole, the first case is provided with a first oil hole, and the second case is provided with a second oil hole which is communicated with the gap; the oil storagebin is used for accommodating tobacco oil; the tobacco oil enters the first heating mesh via the first oil hole, sequentially passes through the oil inlet hole, the gap and the second oil hole and enters the second heating mesh. The atomizing device with the double-layer heating structure replaces traditional oil conducting cotton with an oil way, thereby being novel in structure, meeting the demands of large lung smoking volume and avoiding dry burning.