Described herein is a storage and charging station for use in with a vaping assembly and vaping devices. The device includes a base member, at least a pair of cartridge storage receptacles, at least one battery storage receptacle, at least one battery charging stand and at least one USB port. The device includes a power source in a coupling with the at least one battery charging stand, wherein a vaping device can be removably received on the stand of charging the vaping device.

Described herein is a storage and charging station for use in with a vaping assembly and vaping devices. The device includes a base member, at least a pair of cartridge storage receptacles, at least one battery storage receptacle, at least one battery charging stand and at least one USB port. The device includes a power source in a coupling with the at least one battery charging stand, wherein a vaping device can be removably received on the stand of charging the vaping device.

A water pipe is provided with an integrated lighter receptacle to reliably retain a handheld lighter in a convenient location. The water pipe includes a basin with a chamber pipe extending upwardly from the basin and a bowl configured to hold a smoking material. The lighter receptacle is integrated with the basin, such as by being integrally formed as a unitary piece with the basin, to retain the handheld lighter in position proximate the bowl so that smoking material in the bowl can be ignited when necessary during a smoking use. The interior of the lighter receptacle is sized to receive at least half of the handheld lighter. Thus, the additional equipment used when smoking with a water pipe are not misplaced or lost during smoking.

A water pipe is provided with an integrated lighter receptacle to reliably retain a handheld lighter in a convenient location. The water pipe includes a basin with a chamber pipe extending upwardly from the basin and a bowl configured to hold a smoking material. The lighter receptacle is integrated with the basin, such as by being integrally formed as a unitary piece with the basin, to retain the handheld lighter in position proximate the bowl so that smoking material in the bowl can be ignited when necessary during a smoking use. The interior of the lighter receptacle is sized to receive at least half of the handheld lighter. Thus, the additional equipment used when smoking with a water pipe are not misplaced or lost during smoking.

The present invention relates to a system and method of monitoring and controlling the usage of an electronic cigarette which helps the user gain control over their habit by making them aware of their habit, setting tangible goals, creating personalized plans and ensuring adherence. The usage behavior is communicated to the user by displaying on the body of the electronic cigarette; information such as percentage of current conventional tobacco based cigarette being smoked, total number of conventional tobacco based cigarettes smoked in a day etc. This usage behavior is calculated by correlating the amount of vapor inhaled in one sitting from electronic cigarette to be equivalent to the smoke inhaled from usage of one conventional tobacco based cigarette. The systems and methods described herein further utilize a electronic cigarette in combination with a mobile-device-based application on a secondary processing unit such as mobile device or remote personal computer system to track and control the usage behavior of consumption of electronic cigarettethrough the Track, Reduce or the Quit Cold Turkey approaches. The user can control the usage of electronic cigarette by setting a target date as well as create a personalized plan for gradual reduction in smoking. The system further provides the user flexibility by allowing the user to limit the consumption of electronic cigarette, eventually leading to quitting smoking.

The present invention relates to a system and method of monitoring and controlling the usage of an electronic cigarette which helps the user gain control over their habit by making them aware of their habit, setting tangible goals, creating personalized plans and ensuring adherence. The usage behavior is communicated to the user by displaying on the body of the electronic cigarette; information such as percentage of current conventional tobacco based cigarette being smoked, total number of conventional tobacco based cigarettes smoked in a day etc. This usage behavior is calculated by correlating the amount of vapor inhaled in one sitting from electronic cigarette to be equivalent to the smoke inhaled from usage of one conventional tobacco based cigarette. The systems and methods described herein further utilize a electronic cigarette in combination with a mobile-device-based application on a secondary processing unit such as mobile device or remote personal computer system to track and control the usage behavior of consumption of electronic cigarettethrough the Track, Reduce or the Quit Cold Turkey approaches. The user can control the usage of electronic cigarette by setting a target date as well as create a personalized plan for gradual reduction in smoking. The system further provides the user flexibility by allowing the user to limit the consumption of electronic cigarette, eventually leading to quitting smoking.

A wrapping pouch for a smoking pipe is a device for securely storing smoking paraphernalia on a smoking pipe. The device features a flexible fabric strap that may be wrapped around the smoking pipe as well as at least one accessory pocket for storing various paraphernalia such as lighters, tobacco, and medical marijuana. Once the flexible fabric strap has been wrapped around the smoking pipe, a hook-and-loop fastener is able to hold the flexible fabric strap in place. The at least one accessory pocket may be opened or closed via an at least one cord sheathe, an at least one elastic cord, and an at least one cord clamp. Additionally, the device features an inner grip layer that prevents the flexible fabric strap from sliding on the smoking pipe. The device may additionally feature a plurality of aesthetic covers to improve the aesthetic appeal of the device.

A vaporization device comprises a body configured to house at least one pen in a cavity inside the body. The body comprises a bottom surface and a top surface, and a grip is releasably attached to the bottom surface.

A vaporization device comprises a body configured to house at least one pen in a cavity inside the body. The body comprises a bottom surface and a top surface, and a grip is releasably attached to the bottom surface.

A modular system for displaying and/or storing vaping products is provided. The system has a base plate and at least two support members. The support members can be removably attached to the base plate. A back plate and a plurality of shelving plates are also provided. The shelving plates can be removably attached to the support members at different heights and at least one of the shelving plates is angled so that vaping products stored thereon lean on the front edge of the adjacent shelving plate that is higher or the back plate. At least one of the shelving plates may have apertures for receiving a portion of the vaping products. Specially designed inserts are also provided for adapting atomizers or other vaping accessories to be stored. The inserts may have holes with 510 thread.