Abstract: An augmented wellness environment is generated at a media processing device, where the augmented wellness environment includes a virtual object. The content of the augmented wellness environment is determined by the activities (e.g., participation in wellness activities) of the user and one or more additional users (e.g., users at a similar location to the user). The augmented wellness environment may be modified based on interactions between users, and the augmented wellness environment may also be modified based on user activity data, such as biometric data (e.g., heart rate, breathing rate, etc.) of one or more users experiencing the augmented wellness environment. Using the user activity data, the system may determine a user's present mental state. The system can modify the augmented wellness environment to alter the user's present mental state to a target mental state.

Abstract: A puffer device includes a cabinet having a printed circuit board and a gear train assembly coupled to the printed circuit board. The gear train assembly includes a motor and a gear driven by the motor. A cam is coupled to the gear. The cabinet further includes a plunger configured to be contacted and driven by the cam. The puffer device further includes an aerosol can assembly configured to be releasably coupled to the cabinet, wherein movement of the plunger is configured to dispense a material from the aerosol can assembly.

Abstract: Embodiments of the present disclosure provide a system, including at least one processor and a memory component having instructions stored thereon, which, when executed by the processor, cause the processor to perform operations, including presenting data from a distributed network of data sources via a user interface of a user device, by identifying a set of frames associated with the user, the frames including data from the data sources loaded into frames of a container page, authenticating the set of frames, and generating the container page for display. Operations include facilitating secure communications between the authenticated frames of the container page, by receiving a message from one of the authenticated frames, verifying authenticated status of the sender frame, and transmitting the message to target frames. Operations further include presenting an updated version of the data from the data sources, based on the secure communications, by updating the container page.

Abstract: A puffer device includes a cabinet having a printed circuit board and a gear train assembly coupled to the printed circuit board. The gear train assembly includes a motor and a gear driven by the motor. A cam is coupled to the gear. The cabinet further includes a plunger configured to be contacted and driven by the cam. The puffer device further includes an aerosol can assembly configured to be releasably coupled to the cabinet, wherein movement of the plunger is configured to dispense a material from the aerosol can assembly.

Abstract: Embodiments of the present disclosure provide a system, including at least one processor and a memory component having instructions stored thereon, which, when executed by the processor, cause the processor to perform operations, including presenting data from a distributed network of data sources via a user interface of a user device, by identifying a set of frames associated with the user, the frames including data from the data sources loaded into frames of a container page, authenticating the set of frames, and generating the container page for display. Operations include facilitating secure communications between the authenticated frames of the container page, by receiving a message from one of the authenticated frames, verifying authenticated status of the sender frame, and transmitting the message to target frames. Operations further include presenting an updated version of the data from the data sources, based on the secure communications, by updating the container page.

Abstract: A puffer device includes a cabinet having a printed circuit board and a gear train assembly coupled to the printed circuit board. The gear train assembly includes a motor and a gear driven by the motor. A cam is coupled to the gear. The cabinet further includes a plunger configured to be contacted and driven by the cam. The puffer device further includes an aerosol can assembly configured to be releasably coupled to the cabinet, wherein movement of the plunger is configured to dispense a material from the aerosol can assembly.

Abstract: A web-based display system includes instructions for execution by a processor. The instructions include, in response to receiving a page load request from a user device associated with a user, obtaining a set of frames associated with the user and, for each of the first and second frames: (i) loading the frame and (ii) assigning a corresponding unique identifier to the frame. The instructions include accessing the plurality of authenticated identifiers and, for each of the first and second frames, in response to the assigned unique identifier of the frame matching an authenticated identifier of the plurality of authenticated identifiers, adding the frame to a set of authenticated frames. The instructions include generating a page including the set of authenticated frames and, in response to receiving a first message, selectively broadcasting a second message based on the first message to the set of authenticated frames.

Abstract: A puffer device includes a cabinet having a printed circuit board and a gear train assembly coupled to the printed circuit board. The gear train assembly includes a motor and a gear driven by the motor. A cam is coupled to the gear. The cabinet further includes a plunger configured to be contacted and driven by the cam. The puffer device further includes an aerosol can assembly configured to be releasably coupled to the cabinet, wherein movement of the plunger is configured to dispense a material from the aerosol can assembly.

Abstract: A web-based display system includes instructions for execution by a processor. The instructions include, in response to receiving a page load request from a user device associated with a user, obtaining a set of frames associated with the user and, for each of the first and second frames: (i) loading the frame and (ii) assigning a corresponding unique identifier to the frame. The instructions include accessing the plurality of authenticated identifiers and, for each of the first and second frames, in response to the assigned unique identifier of the frame matching an authenticated identifier of the plurality of authenticated identifiers, adding the frame to a set of authenticated frames. The instructions include generating a page including the set of authenticated frames and, in response to receiving a first message, selectively broadcasting a second message based on the first message to the set of authenticated frames.

Abstract: A web-based display system includes a frame loading module that loads a plurality of frames, including a first frame from a first location and a second frame from a second location, in response to loading of a parent web page. A transformation interface module presents a user interface element in the parent web page for receiving a filtering selection from the user. A communication module assigns first and second unique identifiers to first and second frames and transmits handshake requests to the frames including the unique identifiers. In response to receiving a first message from the first frame, the communication module selectively broadcasts a first broadcast message to all of the plurality of frames. In response to the transformation interface module receiving the filtering selection from the user, the communication module broadcasts a filter message based on the filtering selection to all of the plurality of frames.