Abstract: The present application relates to processing of Cannabis material, particularly on a large scale, such as at an industrial level Cannabis is typically a controlled and regulated substance, and has traditionally been processed in low quantities. A human-based manual and/or labour-intensive processing implementation is not scalable, and is therefore infeasible at an industrial level. Disclosed herein are systems and methods for facilitating industrial-scale processing of Cannabis material.

Abstract: The present application relates to processing of cannabis material, particularly on a large scale, such as at an industrial level Cannabis is typically a controlled and regulated substance, and has traditionally been processed in low quantities. A human-based manual and/or labour-intensive processing implementation is not scalable, and is therefore infeasible at an industrial level. Disclosed herein are systems and methods for facilitating industrial-scale processing of cannabis material.

Abstract: The present application relates to processing of cannabis material, particularly on a large scale, such as at an industrial level. Cannabis is typically a controlled and regulated substance, and has traditionally been processed in low quantities. A human-based manual and/or labour-intensive processing implementation is not scalable, and is therefore infeasible at an industrial level. Disclosed herein are systems and methods for facilitating industrial-scale processing of cannabis material.

Abstract: Disclosed is a vaporization apparatus including a ceramic core having a characteristic, such as porosity, that enables a vaporization substance to seep through the ceramic core, and a heating element configured to heat the ceramic core and generate vapor by atomizing the vaporization substance that seeps through the ceramic core. According to an embodiment of the disclosure, the characteristic of the ceramic core is designed to be non-uniform, with a view to control, at least to some extent, how the vaporization substance seeps through the ceramic core. In this manner, it may be possible to mitigate leakage of the vaporization substance out of the vaporization apparatus.

Abstract: A vaporization apparatus includes an atomizer to generate vapor from a vaporization substance and a channel, in fluid communication with the atomizer, to carry the vapor away from the atomizer. In an embodiment, the atomizer includes a ceramic core, and liquid is prevented from leaking through the channel One or more properties of the vaporization substance and/or one or more properties of the ceramic core may contribute to leakage prevention. In some embodiments, a liquid flow control structure in the channel controls flow of liquid within the channel.

Abstract: The present application relates to the production of cannabis products, particularly on a large scale, such as at an industrial level. Cannabis is typically a controlled and regulated substance, and so inventory control, security, and traceability of the cannabis may need to be provided. A human-based manual and/or labour-intensive implementation is not scalable, and is therefore infeasible at an industrial level. Disclosed herein are computer systems for inventory control, security systems, and computer methods for facilitating traceability from a cannabis product back to a batch of cannabis plants.

Abstract: The present disclosure generally relates to smart devices, apparatuses, and systems for vaporizing cannabinoid-containing substances, cannabis-terpene-containing substances, terpenes, and/or flavourings. These vaporization devices are configured to accept and make use of consumable cartridges containing cannabinoid-containing substances, cannabis-terpene-containing substances, flavourings, or any combinations thereof. According to an aspect, the disclosure relates to an apparatus for vaporizing cannabinoid-containing substances for inhalation. The apparatus may comprise a plurality of interfaces, each interface configured to communicate with cartridge containing a cannabinoid-containing substance suitable for vaporization; and a cartridge controller configured to control the operation of each cartridge individually.

Abstract: An apparatus includes a chamber to store a first vaporization substance, and an atomizer, in fluid communication with the chamber, to generate vapor from the vaporization substance by heating the vaporization substance. Some embodiments include an insulated channel, in fluid communication with the atomizer, to carry the vapor away from the atomizer. An auxiliary heater, to heat the vapor and/or to heat one or more components of the apparatus, could also or instead be provided. A cooler to cool the vapor is provided in some embodiments.

Abstract: A vaporization apparatus includes an atomizer, a channel, and a cooler. The atomizer is provided to generate vapor from a vaporization substance by heating the vaporization substance, and the channel is in fluid communication with the atomizer, to enable fluid flow through the vaporization apparatus. The cooler is provided to cool the fluid.

Abstract: An apparatus includes a first chamber to store a first vaporization substance and an atomizer, in fluid communication with the first chamber, to generate vapor from the first vaporization substance by heating the first vaporization substance. Some embodiments include a channel, in fluid communication with the atomizer, a second chamber to store a second vaporization substance, and a feeder, in fluid communication with the channel and the second chamber, to feed the second vaporization substance from the second chamber to the channel. A heater could be provided in fluid communication with the atomizer, to heat the vapor from the atomizer. The vapor that is heated by the heater could vaporize the second vaporization substance.

Abstract: A vaporization device includes a channel and multiple chambers in fluid communication with the channel. The chambers include a first chamber to store a first vaporization substance, and a second chamber to store a second vaporization substance. The first vaporization substance includes an active ingredient or substance, and the second vaporization substance includes an antidote for the active ingredient or substance.

Abstract: The present disclosure relates to cannabinoid-containing product for human consumption having an improved taste profile and to methods of manufacturing same. The present disclosure also relates to a process for making a cannabinoid-containing product for human consumption, comprising the following steps extraction of a cannabinoid and waxes from cannabis plant material with carbon dioxide under supercritical conditions to obtain an extract containing the cannabinoid and waxes, adding an emulsifier to the extract containing the cannabinoid and waxes to make a cannabinoid-containing emulsion for human consumption.

Abstract: The present disclosure relates to a process for producing a cannabis concentrate from a cannabis plant material via extraction using supercritical carbon dioxide (CO2) at temperatures in excess of 65° C., thus permitting the selective extraction of tetrahydrocannabinol (THC) over cannabidiol (CBD). Pressures in excess of 4200 psi (289.6 bar) also serve to further selectively extract THC over CBD.

Abstract: A vaporization device includes a mixer to receive and mix vaporization substances to form a vaporization substance mixture, and an atomizer, in fluid communication with the mixer, to vaporize the vaporization substance mixture. The mixer is an active mixer in some embodiments, and could include a stirring element such as a stirring element that is driven by an electric motor, a magnetic stirring element, or an acoustic stirring element. The mixer could also or instead include a passive mixer with multiple mixing elements to mix the vaporization substances and form the vaporization substance mixture.

Abstract: Producers of cannabis products want to produce cannabis products that are not only safe, but that also induce an effect that is desirable to the consumer. Producers may also want to provide information about a cannabis product to consumers and/or retailers. Producers may also want to receive information from and about consumers and/or retailers. It is desired to use computer technology to help achieve one or more of these objectives. Computer-network-based systems and methods are disclosed in which a machine-readable code (e.g. barcode) from a cannabis product is used to help address different technical problems that may arise.

Abstract: The present application relates to the production of cannabis products, particularly on a large scale, such as at an industrial level. Cannabis is typically a controlled and regulated substance, and so inventory control, security, and traceability of the cannabis may need to be provided. A human-based manual and/or labour-intensive implementation is not scalable, and is therefore infeasible at an industrial level. Disclosed herein are computer systems for inventory control, security systems, and computer methods for facilitating traceability from a cannabis product back to a batch of cannabis plants.

Abstract: The present application relates to the production of cannabis products, particularly on a large scale, such as at an industrial level. Cannabis is typically a controlled and regulated substance, and so inventory control, security, and traceability of the cannabis may need to be provided. A human-based manual and/or labour-intensive implementation is not scalable, and is therefore infeasible at an industrial level. Disclosed herein are computer systems for inventory control, security systems, and computer methods for facilitating traceability from a cannabis product back to a batch of cannabis plants.

Abstract: A dosage device that includes a cannabinoid-containing substance enables controlled addition of the cannabinoid-containing substance to a liquid to produce a cannabinoid-containing liquid for ingestion. In an embodiment, such a dosage device is provided with a container that has a container body holding a liquid and a cover to seal the container body. A dosage device may also or instead be provided with a cover that includes a coupling structure to releasably couple the cover to a liquid container and a seal to seal the container. Other embodiments, including methods of use of a container, methods that involve providing a cannabinoid-containing substance and adding the cannabinoid-containing substance to a cover, and product packages that include multiple covers, are also disclosed.

Abstract: The disclosure relates to an apparatus for making cannabinoid-containing beverages. The apparatus comprises at least one interface configured to receive a cartridge containing a cannabinoid-containing substance. The apparatus also comprises at least one valve, in fluid communication with the at least one interface, configured to dispense an amount of the substance from the cartridge. A valve controller is configured to control the valve in order to vary the amount of the substance dispensed by the valve.

Abstract: The present disclosure relates to a Cannabis-infused product comprising a cannabinoid profile including one or more cannabinoid, a first composition for controlling onset of the cannabinoid profile and a second composition for controlling offset of the cannabinoid profile in a subject having used the Cannabis-infused product, wherein the second composition has a delayed onset compared to that one of the first composition. The present disclosure also relates to methods of manufacture and of using same.