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.

The suction ashtray device is portable and is preferably battery powered with an electric motor. The suction ashtray device can include a rechargeable battery that can be charged using a power cable such as a Universal Serial Bus cable. A pipe bowl can be placed on or above an inverted cone-shaped top. When the suction ashtray is powered on, ash and any other particles are vacuumed through the top into a catch compartment. Some embodiments can include an ashtray attachment. The ashtray attachment connects to the cyclone top. The ashtray attachment includes a plurality of grooves able to hold a cigarette or similarly sized smoking apparatus. A user can place a cigarette in a groove so that the ash can fall into the cyclone top.

The suction ashtray device is portable and is preferably battery powered with an electric motor. The suction ashtray device can include a rechargeable battery that can be charged using a power cable such as a Universal Serial Bus cable. A pipe bowl can be placed on or above an inverted cone-shaped top. When the suction ashtray is powered on, ash and any other particles are vacuumed through the top into a catch compartment. Some embodiments can include an ashtray attachment. The ashtray attachment connects to the cyclone top. The ashtray attachment includes a plurality of grooves able to hold a cigarette or similarly sized smoking apparatus. A user can place a cigarette in a groove so that the ash can fall into the cyclone top.

The present invention relates to a weatherproof ashtray device having an improved ashtray concealed within a deck post cap. The cap is adapted to be placed on a top end of a deck post and configured to receive the tray or ashtray. The cap has a hinged cover that can be pivotally opened to access the ashtray for use. The ashtray remains secured inside the cap thereby eliminating risk of being knocked off. Further, the cover protects the ashtray from weather elements. The ashtray device enables the deck post to function as normal while offering a place for individuals to discreetly smoke and dispose of their ashes, cigarette butts, and cigar butts. The cap and ashtray are weatherproof to prevent damage due to wind, rain, snow, and other inclement weather.

The suction ashtray device is portable and is preferably battery powered with an electric motor. The suction ashtray device can include a rechargeable battery that can be charged using a power cable such as a Universal Serial Bus cable. A pipe bowl can be placed on or above an inverted cone-shaped top. When the suction ashtray is powered on, ash and any other particles are vacuumed through the top into a catch compartment. Some embodiments can include an ashtray attachment. The ashtray attachment connects to the cyclone top. The ashtray attachment includes a plurality of grooves able to hold a cigarette or similarly sized smoking apparatus. A user can place a cigarette in a groove so that the ash can fall into the cyclone top.

The present invention relates to a weatherproof ashtray device having an improved ashtray concealed within a deck post cap. The cap is adapted to be placed on a top end of a deck post and configured to receive the tray or ashtray. The cap has a hinged cover that can be pivotally opened to access the ashtray for use. The ashtray remains secured inside the cap thereby eliminating risk of being knocked off. Further, the cover protects the ashtray from weather elements. The ashtray device enables the deck post to function as normal while offering a place for individuals to discreetly smoke and dispose of their ashes, cigarette butts, and cigar butts. The cap and ashtray are weatherproof to prevent damage due to wind, rain, snow, and other inclement weather.

An ashtray comprising: a detecting module signally connected to a control module; an air intake module signally connected to the control module; a remnants removal module fluidically connected to the air intake module; and an air exhaust module fluidically connected to the remnants removal module. The ashtray is configured to be installed inter alia in a vehicle. Additional embodiments of the ashtray and its various functions are disclosed herein.

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.