ip21 Ltd

A method and system routing interactions to source devices providing video inputs to an interactive input system is provided. The interactive input system (110) includes a display presenting a plurality of video sources (150, 160, 260) in respective regions (120, 130, 140) and an active touch area (112) corresponding to the display. A plurality of touch subregions (122, 132, 142) is dynamically defined within the active touch area (112) that spatially corresponds to the respective regions (120, 130, 140) of the plurality of video sources (150, 160, 260). For each detected touch, a touch subregion is determined from the plurality of touch subregions (122, 132, 142) that contain the detected touch. For the touch subregion, a touch coordinate transformation maps the detected touch to a transformed touch using a coordinate system of a source device associated with the touch subregion. A touch message is routed based on the transformed touch to one of a plurality of destination devices (150, 160, 260) using a virtual USB device instantiated for the touch subregion.

A disposable barrel that is operatively couplable to an aerial firing module, the disposable barrel comprising: a cap; and a cartridge sleeve that is securable to the cap via a rear end of the cartridge sleeve, wherein a front end of the cartridge sleeve comprises a muzzle of the disposable barrel, the cartridge sleeve configured in size and shape to house a cartridge, wherein the cap is configured to act as a breach block during a firing operation of the disposable barrel, wherein the disposable barrel is attachable and detachable from the aerial firing module, whereby detaching the disposable barrel from the aerial firing module comprises detaching the cap and the cartridge sleeve from the aerial firing module.

A removable respiratory humidifying device module is described, the module configured to be positioned in the respiratory humidifying device such that at least some airflow occurring in an inspiration and expiration respiratory cycle of the respiratory humidifying device passes through the module, the module comprising a moisture exchanger, the moisture exchanger being temperature-responsive and having a critical solution temperature, wherein during expiration the moisture exchanger extracts moisture from the airflow and during inspiration the moisture exchanger returns moisture to the airflow. Also described is a respiratory humidifying device using the removeable respiratory humidifying device module.

An ozone generator (100) includes an ozone production unit (102) with multiple electrodes (104AN) that ionizes air or oxygen to produce ozone. The ozone generator comprises an electronic unit (106) adjacent to the ozone production unit for control and operation. An integrated cooling unit (108) cools the ozone production unit (102), and the cooling of the ozone production unit (102) by the integrated cooling unit (108) indirectly cools the electronic unit (106) through a thermally conductive interface between the ozone production unit (102) and the electronic unit (106). A door control switch on the housing door restricts opening if the internal and external temperature difference exceeds 3°C, thus preventing moisture from affecting the electrodes. This design enhances cooling efficiency, eliminates the need for separate cooling channels, and maintains a high ozone concentration with improved ozone production.

A computer implemented system and method for automated device deployment using server compromise tolerant, zero-knowledge authentication has been disclosed that generates network configuration specific firmware image and prepares a device for authentication by implanting the authentication data inside the firmware image during the firmware build process. When the firmware image is installed in a target hardware and run by the hardware it sends authentication request to the ZKP server. The system allows further operation to facilitate device configuration if the request from the device is valid.

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A system, method, and platform for converting academic research publications into quality-assured, practitioner-accessible content. The invention employs a network of specialized, autonomous AI agents working collaboratively with original authors to transform complex academic papers into industry-relevant, multimedia-enriched articles. The system performs contextual analysis of academic papers, identifies key patterns and structural elements, and correlates these with industry concepts. It dynamically integrates multimedia elements, establishes collaborative feedback loops with original authors, and incorporates simulated peer review mechanisms. The invention features continuous learning capabilities that leverage author interactions to improve future performance. This approach bridges the gap between academic research and industry application by making complex research publications more accessible, understandable, and relevant to practitioners while maintaining the accuracy and integrity of the original research.

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …