Devices, systems, and methods using embedded magnets are provided. In some embodiments, a system of using embedded magnets in a humidor is provided. In some embodiments, devices, systems and methods for attaching a humidor accessory to a humidor are provided.

A cigar humidor includes a first tube, a second tube, and a collar. The collar connects the first tube and the second tube. The first tube, the second tube, and the collar define a cavity configured to receive a cigar.

A cigar humidor includes a first tube, a second tube, and a collar. The collar connects the first tube and the second tube. The first tube, the second tube, and the collar define a cavity configured to receive a cigar.

The present invention is a humidification apparatus including a water reservoir for accommodating water; a housing and a coupler, wherein the housing includes sensors for detecting humidity and temperature in surrounding environment, a transducer for generating high frequency oscillation to atomize water in contact therewith, and a control circuitry for activating the transducer to generate high frequency oscillation; and the coupler has two ends removably coupled to the water reservoir and the housing, respectively, and includes a vertical passage, at least one horizontal passage intersected therewith and a wicking element inserted in the vertical passage with its lower end receiving water from the water reservoir through the horizontal passage, top end of the vertical passage communicates with the surrounding environment through an outlet of the housing; such that wicking element is able to continuously absorb water and let top end thereof always be moistened while in contact with the transducer.

The present invention is a humidification apparatus including a water reservoir for accommodating water; a housing and a coupler, wherein the housing includes sensors for detecting humidity and temperature in surrounding environment, a transducer for generating high frequency oscillation to atomize water in contact therewith, and a control circuitry for activating the transducer to generate high frequency oscillation; and the coupler has two ends removably coupled to the water reservoir and the housing, respectively, and includes a vertical passage, at least one horizontal passage intersected therewith and a wicking element inserted in the vertical passage with its lower end receiving water from the water reservoir through the horizontal passage, top end of the vertical passage communicates with the surrounding environment through an outlet of the housing; such that wicking element is able to continuously absorb water and let top end thereof always be moistened while in contact with the transducer.

The embodiments disclose a method including creating a blunt rolling device for rolling blunt smoking products, rolling a wrapper on a wrapper roller tube to create a blunt wrapper tube with a glass tip, tamping smoking material into the blunt wrapper tube at a user defined density, twisting, cutting and tucking wrapper excess into the glass tip, and controlling the operations of the blunt rolling device using a computer, wireless communications and a blunt rolling method and device program for sequencing processes, operating solenoid drive motors and humidity and temperature devices of a smoking material humidor, adjusting settings of devices using predetermined data stored in digital memory devices and accessed using digital processors.

The embodiments disclose a method including creating a blunt rolling device for rolling blunt smoking products, rolling a wrapper on a wrapper roller tube to create a blunt wrapper tube with a glass tip, tamping smoking material into the blunt wrapper tube at a user defined density, twisting, cutting and tucking wrapper excess into the glass tip, and controlling the operations of the blunt rolling device using a computer, wireless communications and a blunt rolling method and device program for sequencing processes, operating solenoid drive motors and humidity and temperature devices of a smoking material humidor, adjusting settings of devices using predetermined data stored in digital memory devices and accessed using digital processors.

The embodiments disclose an apparatus including a smoking material care kit, a matchstick and pick combination device for igniting smoking materials, a two-way humidity control pack device for controlling humidity of a smoking material stored in a smoking material protective container, and a protective container safety cap device coupled to the protective container to prevent access to smoking materials inside the protective container by children.

The embodiments disclose an apparatus including a smoking material care kit, a matchstick and pick combination device for igniting smoking materials, a two-way humidity control pack device for controlling humidity of a smoking material stored in a smoking material protective container, and a protective container safety cap device coupled to the protective container to prevent access to smoking materials inside the protective container by children.

A method for preparing a wetted vaping product for use with a vaping device includes providing dried leaf matter having been dried to remove moisture content therefrom; one of wetting, soaking, and immersing the dried leaf matter in a solvent; rehydrating the leaf matter with the solvent to increase overall weight of the dried leaf matter at least 5% to 10%; and sizing the leaf matter before and/or after the act of wetting, soaking, and immersing to fit within the vaping device. Another method includes providing leaf matter containing plant oil; mixing the leaf matter and a liquid solvent by immersing and/or soaking the leaf matter with the liquid solvent in a sterile container for at least 30 days; extracting liquid from the mixture of leaf matter and the liquid solvent; and filtering the separated liquid to remove the leaf matter of 3.5 microns to larger from the separated liquid.