The multipurpose ashtray holder may be used as a general purpose ashtray or a holder for stationery products. The multipurpose ashtray holder includes a holder assembly for placement at select locations by the user, an ashtray assembly, and a connector pivotally connecting the holder assembly to the ashtray assembly so as to enable folding of the multipurpose ashtray holder between a closed, non-use state and an open, use state. The holder assembly has a holder body with a plurality of insert holes therein. The insert holes enable quick and safe extinguishing of flammable tobacco products or storage of elongate objects or office supplies. The ashtray assembly includes a tray with a plurality of spaced notches formed thereon. The tray enables collection of ash or office supplies and caps the holder assembly in the closed state.

A cigarette holding and extinguishing kit for aiding a user to grasp a cigarette includes a cigarette holder with a handle and a pair of prongs. The handle is elongated between a first end and a second end of the handle. The pair of prongs is coupled to the second end of the handle and extends parallel to a central longitudinal axis of the handle away from the second end. The prongs are laterally spaced from each other with respect to the handle. Each prong of the pair of prongs is resiliently bendable such that the pair of prongs are configured to clamp the cigarette between the pair of prongs.

An ashtray system for monitoring the temperature of a burning tobacco product to facilitate optimal smoking and its method of use, comprising a body having a circular shaped bowl for receiving ashes, positioned on the front end with a cradle extending outwardly from the bowl and communicating with the rear end, a microprocessor, a printed circuit board, a plurality of sensors for detecting the temperature of the burning tobacco product, one or more light source emitting different colors, a power switch to turn the ashtray system ON/OFF and a power source, wherein the plurality of sensors monitor the temperature of the burning tobacco product and visually indicate the temperature through flashing one or more said light sources emitting predetermined colors at predetermined temperatures.

A travel ashtray and a method for disposing of ash and butts of a cigar. The travel ashtray includes a cylindrical housing having an open top and an open bottom. A top lid is mounted to the housing and covers the open top. A bottom lid is mounted to the housing to cover the open bottom. Both the top and bottom lids can switch between an open state and a closed state. A dividing plate within the housing divides an inner volume of the housing into an upper compartment and a lower compartment. The dividing plate can be turned between an open state and a closed state. a cigar rest coupled to a top of the housing. A cigar rest is coupled to an inner of the housing in proximity to a periphery of the open top. The cigar rest can flip outside towards a side of the housing.

The present disclosure belongs to the technical field of intelligent storage, and in particular to an intelligent ash collection device, comprising a housing provided with an open cavity; an automatic flip cover rotatably connected to an opening edge of the open cavity and capable of controlling opening and closing of the open cavity; an igniter disposed at an end portion of the automatic flip cover facing the open cavity; a rotating base disposed at a bottom of the housing and configured to drive the housing to rotate and adjust in a horizontal direction; a lifting mechanism disposed on a bottom wall of the open cavity; an ash bin disposed at an output end of the lifting mechanism and configured to collect ash; and a filter mechanism disposed between the ash bin and the output end of the lifting mechanism and configured to collect, filter and purify smoke in the ash bin.

A portable scent dispensing ashtray includes an enclosure and a lid. The enclosure comprises an ash retaining portion, an absorbent retaining portion, and a dispenser retaining portion. An absorbent is retained by the absorbent retaining portion. A dispenser is retained by the dispenser retaining portion and stores odor neutralizing matter that is to be absorbed by the absorbent. The lid is rotatably attached to an upper end of the enclosure such that the lid opens or closes. When the lid opens, the ash retaining portion is exposed allowing ash or waste to be deposited into or removed from the ash retaining portion. When the lid closes, the lid activates the dispenser causing the odor neutralizing matter to be released and absorbed by the absorbent. The ashtray is portable and fits into any standard cup holder. The ashtray automatically provides odor neutralization without having to carry a separate odor neutralizing spray.

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.