A cigar-cooling ashtray system is configured for cooling a lit cigar between puffs, preferably to keep at least a body length of the cigar in an ambient temperature range around 65-70 degrees Fahrenheit. The system includes an upper unit with a central ash receptacle and a raised rim around the central ash receptacle, where at least one thermally-conductive region of the raised rim is lower than a tallest portion of the rim and is positioned and contoured to hold and maintain sufficient surface contact with the cigar to keep its lit end suspended above the central ash receptacle. A base comprising at least one cooling chamber is removably attachable to the upper unit, where the cooling chamber is in thermal communication with the thermally-conductive region of the raised rim when the base is attached thereto. An attachable/removable secondary base may be included to provide storage and/or aesthetic enhancement.

A cigar-cooling ashtray system is configured for cooling a lit cigar between puffs, preferably to keep at least a body length of the cigar in an ambient temperature range around 65-70 degrees Fahrenheit. The system includes an upper unit with a central ash receptacle and a raised rim around the central ash receptacle, where at least one thermally-conductive region of the raised rim is lower than a tallest portion of the rim and is positioned and contoured to hold and maintain sufficient surface contact with the cigar to keep its lit end suspended above the central ash receptacle. A base comprising at least one cooling chamber is removably attachable to the upper unit, where the cooling chamber is in thermal communication with the thermally-conductive region of the raised rim when the base is attached thereto. An attachable/removable secondary base may be included to provide storage and/or aesthetic enhancement.

A wearable clothing protector comprising a bib portion, neck straps, and a removable ash catcher. The bib portion is made of a flexible composite sheet that may be multilayered, heat-resistant, fire-resistant, and odor-resistant, and is configured to cover the front torso of a wearer to protect clothing from hot ash, embers, and smoke. The neck straps secure the protector around the user's neck. A U-shaped ash catcher is removably mounted on the front surface of the bib portion to collect falling ash, embers, food crumbs, and other debris, and may also serve as a storage compartment for small items such as cigarette lighters or packets. The ash catcher is detachable for easy cleaning and may be made from fire-resistant rigid materials. The clothing protector is washable, reusable, and available in various designs and colors

A wearable clothing protector comprising a bib portion, neck straps, and a removable ash catcher. The bib portion is made of a flexible composite sheet that may be multilayered, heat-resistant, fire-resistant, and odor-resistant, and is configured to cover the front torso of a wearer to protect clothing from hot ash, embers, and smoke. The neck straps secure the protector around the user's neck. A U-shaped ash catcher is removably mounted on the front surface of the bib portion to collect falling ash, embers, food crumbs, and other debris, and may also serve as a storage compartment for small items such as cigarette lighters or packets. The ash catcher is detachable for easy cleaning and may be made from fire-resistant rigid materials. The clothing protector is washable, reusable, and available in various designs and colors

An electronic cigarette device, comprising a distribution mechanism, a combustion mechanism, and an ash discharging mechanism, wherein the distribution mechanism comprises a distribution portion, and the combustion mechanism comprises an automatic ignition device, the distribution portion being used for conveying a set amount of tobacco to an ignition position of the automatic ignition device, and the automatic ignition device being used for igniting the tobacco; an ash discharging position is provided on one side of the ignition position; the distribution portion is further used for conveying ash generated by means of combustion to the ash discharging position; and the ash discharging mechanism is used for discharging the ash, which is generated by means of combustion, away from the ash discharging position.

An electronic cigarette device, comprising a distribution mechanism, a combustion mechanism, and an ash discharging mechanism, wherein the distribution mechanism comprises a distribution portion, and the combustion mechanism comprises an automatic ignition device, the distribution portion being used for conveying a set amount of tobacco to an ignition position of the automatic ignition device, and the automatic ignition device being used for igniting the tobacco; an ash discharging position is provided on one side of the ignition position; the distribution portion is further used for conveying ash generated by means of combustion to the ash discharging position; and the ash discharging mechanism is used for discharging the ash, which is generated by means of combustion, away from the ash discharging position.