Abstract: Methods, systems, and computer programs for providing third-party password-less access to a secure database. A method can include receiving from a first user device, first data indicative of a request to provide password-less access to a data structure in a secure database, encoding a set of permissions into a data string, the encoded set of permissions including (a) a copy of the access key and (b) one or more filtering parameters, generating an electronic message that includes the data string, providing the electronic message to a second user device, receiving data indicative of a selection of the displayed data string, the received data includes the encoded set of permissions, decoding the received data to obtain the set of permissions, accessing the data structure in the secure database using the obtained set of permissions, and providing, to the second user device, password-less access to the real-time stream of content.

Abstract: Grills and charcoal-containing fuel blocks are disclosed. A grill may include a housing at least partially defining a cooking chamber, a combustion chamber having a support surface configured to support a charcoal-containing fuel block, the combustion chamber may be fluidically and thermally connected to the cooking chamber, an igniter configured to heat a charcoal-containing fuel block positioned on the support surface, a stoke chamber positioned under and fluidically connected to the combustion chamber, stoke ducting having a first end fluidically connected to the stoke chamber and a second end fluidically connected to a stoke fan, the stoke fan configured to flow air from outside the housing and into the stoke chamber through the stoke ducting, cooling ducting fluidically connecting the cooking chamber to a cooling fan, and the cooling fan configured to flow air from outside the housing and into the cooking chamber through the cooling ducting.

Abstract: Grills and charcoal-containing fuel blocks are disclosed. A grill may include a housing at least partially defining a cooking chamber, a combustion chamber having a support surface configured to support a charcoal-containing fuel block, the combustion chamber may be fluidically and thermally connected to the cooking chamber, an igniter configured to heat a charcoal-containing fuel block positioned on the support surface, a stoke chamber positioned under and fluidically connected to the combustion chamber, stoke ducting having a first end fluidically connected to the stoke chamber and a second end fluidically connected to a stoke fan, the stoke fan configured to flow air from outside the housing and into the stoke chamber through the stoke ducting, cooling ducting fluidically connecting the cooking chamber to a cooling fan, and the cooling fan configured to flow air from outside the housing and into the cooking chamber through the cooling ducting.

Abstract: Logic may receive one or more questions from a customer in a chat. The logic may associate the one or more questions with one or more categories of subjects. The logic may store indications of the one or more categories of the subjects with a customer profile. The logic may select questions for a quiz for the customer based on the one or more categories of the subjects in the customer profile from a set of questions. The logic may present the one or more questions to the customer. And, in some embodiments, the logic may receive answers to the one or more questions from the customer.

Abstract: Systems and methods for active medical planning and customized budgeting may include a database that stores medical data, an interface, and a processor. The processor may be configured to receive and parse a medical document for medical procedure and related information, implement a learning algorithm to predict, based on the parsed medical and related information as well as the medical data, one or more medical procedures that the user is likely to undergo subsequent to any medical procedures parsed from the medical document, a cost associated with each predicted medical procedure, and a time horizon for each of the one or more predicted procedures, and train the predictive model with feedback from the user.

Abstract: Various charcoal cartridges are provided herein, including a charcoal cartridge having a unitary charcoal slab and a combustible igniter layer extending across the unitary charcoal slab. In some instances, the charcoal cartridge may have a plurality of holes extending through the unitary charcoal slab and/or a flavor layer that includes wood chips.

Abstract: Methods, systems, and computer programs for providing third-party password-less access to a secure database. A method can include receiving from a first user device, first data indicative of a request to provide password-less access to a data structure in a secure database, encoding a set of permissions into a data string, the encoded set of permissions including (a) a copy of the access key and (b) one or more filtering parameters, generating an electronic message that includes the data string, providing the electronic message to a second user device, receiving data indicative of a selection of the displayed data string, the received data includes the encoded set of permissions, decoding the received data to obtain the set of permissions, accessing the data structure in the secure database using the obtained set of permissions, and providing, to the second user device, password-less access to the real-time stream of content.

Abstract: Various charcoal cartridges are provided herein, including a charcoal cartridge having a unitary charcoal slab and a combustible igniter layer extending across the unitary charcoal slab. In some instances, the charcoal cartridge may have a plurality of holes extending through the unitary charcoal slab and/or a flavor layer that includes wood chips.

Abstract: A method for managing temperature within a charcoal grill system includes: receiving a target grill temperature for a cooking chamber within the charcoal grill system; in response to receiving an ignition trigger, entering an ignition mode; during the ignition mode, activating an igniter within the charcoal grill system to ignite a charcoal cartridge arranged in a cartridge chamber within the charcoal grill system and activating a stoke fan coupled to the cartridge chamber to accelerate combustion of the charcoal cartridge; monitoring a temperature inside the charcoal grill system; in response to the temperature inside the charcoal grill system exceeding an ignition temperature, entering a temperature management mode; and during the temperature management mode, selectively activating the stoke fan and the cooling fan to maintain the cooking chamber at approximately the target grill temperature.

Abstract: Grills and charcoal-containing fuel blocks are disclosed. A grill may include a housing at least partially defining a cooking chamber, a combustion chamber having a support surface configured to support a charcoal-containing fuel block, the combustion chamber may be fluidically and thermally connected to the cooking chamber, an igniter configured to heat a charcoal-containing fuel block positioned on the support surface, a stoke chamber positioned under and fluidically connected to the combustion chamber, stoke ducting having a first end fluidically connected to the stoke chamber and a second end fluidically connected to a stoke fan, the stoke fan configured to flow air from outside the housing and into the stoke chamber through the stoke ducting, cooling ducting fluidically connecting the cooking chamber to a cooling fan, and the cooling fan configured to flow air from outside the housing and into the cooking chamber through the cooling ducting.

Abstract: Various charcoal cartridges are provided herein, including a charcoal cartridge having a unitary charcoal slab and a combustible igniter layer extending across the unitary charcoal slab. In some instances, the charcoal cartridge may have a plurality of holes extending through the unitary charcoal slab and/or a flavor layer that includes wood chips.

Abstract: A method for managing temperature within a charcoal grill system includes: receiving a target grill temperature for a cooking chamber within the charcoal grill system; in response to receiving an ignition trigger, entering an ignition mode; during the ignition mode, activating an igniter within the charcoal grill system to ignite a charcoal cartridge arranged in a cartridge chamber within the charcoal grill system and activating a stoke fan coupled to the cartridge chamber to accelerate combustion of the charcoal cartridge; monitoring a temperature inside the charcoal grill system; in response to the temperature inside the charcoal grill system exceeding an ignition temperature, entering a temperature management mode; and during the temperature management mode, selectively activating the stoke fan and the cooling fan to maintain the cooking chamber at approximately the target grill temperature.

Abstract: A method for managing temperature within a charcoal grill system includes: receiving a target grill temperature for a cooking chamber within the charcoal grill system; in response to receiving an ignition trigger, entering an ignition mode; during the ignition mode, activating an igniter within the charcoal grill system to ignite a charcoal cartridge arranged in a cartridge chamber within the charcoal grill system and activating a stoke fan coupled to the cartridge chamber to accelerate combustion of the charcoal cartridge; monitoring a temperature inside the charcoal grill system; in response to the temperature inside the charcoal grill system exceeding an ignition temperature, entering a temperature management mode; and during the temperature management mode, selectively activating the stoke fan and the cooling fan to maintain the cooking chamber at approximately the target grill temperature.

Abstract: A method for managing temperature within a charcoal grill system includes: receiving a target grill temperature for a cooking chamber within the charcoal grill system; in response to receiving an ignition trigger, entering an ignition mode; during the ignition mode, activating an igniter within the charcoal grill system to ignite a charcoal cartridge arranged in a cartridge chamber within the charcoal grill system and activating a stoke fan coupled to the cartridge chamber to accelerate combustion of the charcoal cartridge; monitoring a temperature inside the charcoal grill system; in response to the temperature inside the charcoal grill system exceeding an ignition temperature, entering a temperature management mode; and during the temperature management mode, selectively activating the stoke fan and the cooling fan to maintain the cooking chamber at approximately the target grill temperature.