SHENZHEN SMOORE TECHNOLOGY LIMITED

A tubular heating body includes: a heating main body. The heating main body is formed by splicing at least two heating units. In an embodiment, each heating unit of the at least two heating units includes: a substrate tube; an electric heating layer disposed on the substrate tube; and an infrared radiation layer disposed on the substrate tube.

An atomization assembly and an aerosol generating device are provided. The aerosol generating device includes a power supply member and the atomization assembly. The atomization assembly includes a housing, a liquid storage cavity is formed in the housing. The liquid storage cavity is configured to accommodate an atomizable substrate. An absorption member is arranged in the liquid storage cavity. The absorption member is spaced apart from the atomizable substrate. The absorption member is configured to absorb oxygen or nitrogen from air inside the liquid storage cavity.

A U-shaped e-cigarette peristaltic pump includes: a carrier; a drive assembly; a transmission assembly; and a peristaltic assembly. The drive assembly is arranged on the carrier. The peristaltic assembly and the drive assembly are arranged side by side on a same side of the carrier. A first accommodating space is provided between the drive assembly and the carrier. A second accommodating space is provided between the peristaltic assembly and the carrier. The transmission assembly is respectively in the first accommodating space and the second accommodating space. The drive assembly is connected to the peristaltic assembly through the transmission assembly.

A heating assembly includes: a porous ceramic substrate for guiding a to-be-vaporized substrate; and a heating layer for heating and vaporizing the to-be-vaporized substrate. The heating layer includes a porous structure. The heating layer is partially filled in the porous ceramic substrate. In an embodiment, a portion of the heating layer is filled in the porous ceramic substrate along a thickness direction, and an other portion thereof is disposed outside the porous ceramic substrate.

An aerosol flavor adjusting device for an electronic vaporization device having a vaporizer, comprises a housing and a vent tube arranged in the housing. The vent tube is configured to receive a first portion of a first aerosol from the vaporizer. The vent tube and the housing form an accommodating cavity therebetween. The accommodating cavity is configured to accommodate a flavor adjusting substrate and release a second aerosol. One or more first circulation holes are provided on a side wall of the vent tube and configured to pass at least part of the first portion of the first aerosol from the vent tube to the accommodating cavity. The first portion of the first aerosol is mixed with an effective substance of the flavor adjusting substrate in the accommodating cavity to form a first portion of the second aerosol.

An air-curtain forming structure applicable to an electronic vaporization device includes: an airflow channel for delivering vapor; and a first air inlet channel in communication with the airflow channel and for introducing an external airflow into the airflow channel so as to form a blocking airflow between an inner wall of the airflow channel and the vapor.

A vaporizer includes a liquid storage space, an airflow channel, an end cap and a liquid absorbing member. The end cap includes a supporting surface and one end of the liquid storage space is covered by the end cap. The vent hole is in communication with the airflow channel. The liquid absorbing member is arranged on the supporting surface of the end cap. The liquid absorbing member includes an air outlet hole in communication with the vent hole. The supporting surface of the end cap includes a plurality of liquid guide grooves. Each of the plurality of liquid guide grooves is in contact with the liquid absorbing member.

An electronic atomization device and an atomizer are provided. The atomizer includes a plurality of liquid storage cavities. A separating member is arranged between two adjacent liquid storage cavities. An atomization assembly includes an atomization base and a plurality of heating structures. The atomization base passes through the separating member and penetrates the liquid storage cavities. The heating structures are spaced apart in the atomization base and form an integrated structural member with the atomization base. Each one of the plurality of heating structures is arranged corresponding to one of the liquid storage cavities. The heating structures atomizes an atomization substrate delivered from the corresponding liquid storage cavity.