The present invention relates to an automatic cigarette making system which is enabled to provide the various function of production of the cannabis cigarette by a single system which is further enabled to reduce the cost and the time of the production of the cannabis cigarette.

The present disclosure is directed to a multi-purpose, smoking accessory device for tobacco, herbs, Cannabis and other smokable substances. The accessory device comprises several, convenient smoking related features presented in a single, compact unit. Such features, include (i) an air-tight storage component comprising multiple individual air-tight storage compartments for storing multiple types of non-ground smokable substances; (ii) a grinder for grinding specified amounts of said non-ground substances directly from the storage compartment(s); (iii) collection unit(s) for storing ground substances directly from the grinder; (iv) dispensing port(s) for receiving ground substances directly from the collection unit(s) and from which specified amounts of said ground substances may be dispensed; and (v) an audio sound system, together with several other convenient, electronic features, to enhance the user's smoking experience. The aforementioned smoking related features may be fully automated, semi-automated or manually controlled. Also, each such feature may be removably attached and transportable to accommodate the user's needs.

The present disclosure is directed to a multi-purpose, smoking accessory device for tobacco, herbs, Cannabis and other smokable substances. The accessory device comprises several, convenient smoking related features presented in a single, compact unit. Such features, include (i) an air-tight storage component comprising multiple individual air-tight storage compartments for storing multiple types of non-ground smokable substances; (ii) a grinder for grinding specified amounts of said non-ground substances directly from the storage compartment(s); (iii) collection unit(s) for storing ground substances directly from the grinder; (iv) dispensing port(s) for receiving ground substances directly from the collection unit(s) and from which specified amounts of said ground substances may be dispensed; and (v) an audio sound system, together with several other convenient, electronic features, to enhance the user's smoking experience. The aforementioned smoking related features may be fully automated, semi-automated or manually controlled. Also, each such feature may be removably attached and transportable to accommodate the user's needs.

A method of manufacturing standardized cannabis cigarettes that may comprise drying harvested cannabis plants at room temperature with a humidity of between approximately 45% and 75%; plant material, including at least one of stems and seeds, may be removed to produce a refined cannabis. The method may further include chopping the refined cannabis into cannabis particles with a median value of particle area between approximately 1.5 mm.sup.2 and approximately 4.5 mm.sup.2. The cannabis particles may be homogenized to produce a blended cannabis. One or more cannabis contact points of a commercial cigarette rolling machine may then be lubricated to preventing the adherence of cannabis resin to the cannabis contact points. The method may further include packing the blended cannabis into a paper rolling tube at a packing pressure of approximately 40 psi to approximately 120 psi to form the standardized cannabis cigarette assuring the controlled delivery of cannabinoids during combustion.

A method of manufacturing standardized cannabis cigarettes that may comprise drying harvested cannabis plants at room temperature with a humidity of between approximately 45% and 75%; plant material, including at least one of stems and seeds, may be removed to produce a refined cannabis. The method may further include chopping the refined cannabis into cannabis particles with a median value of particle area between approximately 1.5 mm.sup.2 and approximately 4.5 mm.sup.2. The cannabis particles may be homogenized to produce a blended cannabis. One or more cannabis contact points of a commercial cigarette rolling machine may then be lubricated to preventing the adherence of cannabis resin to the cannabis contact points. The method may further include packing the blended cannabis into a paper rolling tube at a packing pressure of approximately 40 psi to approximately 120 psi to form the standardized cannabis cigarette assuring the controlled delivery of cannabinoids during combustion.

This invention discloses an e-cigarette, integrated with functions of grinding, cutting and heating, comprising a case, wherein: the case is divided into a smoke control room and a grinding-cutting-hewing room. Upper part of the grinding-cutting-heating room comprises a tobacco grinding-cutting module and a heater and lower part of it comprises a rotatable ash funnel. A hole is set on the bottom of the ash funnel and combined with an air vent located on the bottom of the case to form a smoke ventilating passage. The upper part of the smoke control room comprises a cigarette holder, the cigarette holder connects a flexible conduit via a connector. The flexible conduit is connected to the grinding-cutting-heating room located on the other side. The lower part of the smoke control room comprises a power source, and the power source is connected to a PCBA on the same side.

This invention discloses an e-cigarette, integrated with functions of grinding, cutting and heating, comprising a case, wherein: the case is divided into a smoke control room and a grinding-cutting-hewing room. Upper part of the grinding-cutting-heating room comprises a tobacco grinding-cutting module and a heater and lower part of it comprises a rotatable ash funnel. A hole is set on the bottom of the ash funnel and combined with an air vent located on the bottom of the case to form a smoke ventilating passage. The upper part of the smoke control room comprises a cigarette holder, the cigarette holder connects a flexible conduit via a connector. The flexible conduit is connected to the grinding-cutting-heating room located on the other side. The lower part of the smoke control room comprises a power source, and the power source is connected to a PCBA on the same side.

A grinder is provided that grinds materials such as tobacco, herb, spices, or food into smaller pieces for subsequent use. In some embodiments, relative motion between two components grinds the material into smaller pieces. In some embodiments, a cord is used to induce rotational motion between components. In various embodiments, a gear system having a driver is used to induce rotational motion where the driver is moved against a surface to drive the gear system. In some embodiments, a user moves a collar, a handle, or other component to induce rotational motion or longitudinal motion to grind the material.

A grinder is provided that grinds materials such as tobacco, herb, spices, or food into smaller pieces for subsequent use. In some embodiments, relative motion between two components grinds the material into smaller pieces. In some embodiments, a cord is used to induce rotational motion between components. In various embodiments, a gear system having a driver is used to induce rotational motion where the driver is moved against a surface to drive the gear system. In some embodiments, a user moves a collar, a handle, or other component to induce rotational motion or longitudinal motion to grind the material.

The present invention relates to devices, systems, and methods wherein certain embodiments of the invention include, but are not limited to milling and dispensing, forming and administering, prescribed dosages of one or more combustible medicaments including medical cannabis, dried flower containing tetrahydrocannabinol (THC), dried flower containing cannabidiol (CBD), and hemp dried flower for inhalation and treatment of various conditions and indications.