System for displaying and controlling medical monitoring data
Inventors
Muhsin, Bilal • Barker, Nicholas Evan
Assignees
Publication Number
US-12343142-B2
Publication Date
2025-07-01
Expiration Date
2038-05-04
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Abstract
A wireless adapter for a standalone medical device can include a socket housing at a first end of the wireless adapter along a longitudinal axis of the wireless adapter, the socket housing configured to receive and electrically connect with a wireless dongle. The adapter can further include a medical device connector at a second end of the wireless adapter opposite the first end. The medical device connector can electrically connect with a standalone medical device; receive patient data from the standalone medical device; and pass the patient data to the wireless dongle to enable the wireless dongle to wirelessly transmit the patient data to a medical network interface coupled to a patient monitoring hub.
Core Innovation
The invention provides a wireless adapter for standalone medical devices comprising a socket housing configured to receive a wireless dongle and a medical device connector configured to electrically connect with the standalone medical device, receive patient data, and pass the data to the wireless dongle for wireless transmission to a medical network interface coupled to a patient monitoring hub. This wireless adapter facilitates pairing between the standalone device and the medical network interface by leveraging the wireless dongle previously inserted into the medical network interface.
The problem being addressed is the complexity and inefficiency in patient monitoring environments where multiple medical devices from different manufacturers—some not designed for wireless communication—need to be interconnected and associated with patient data. Traditional devices often lack interoperability, necessitating manual data entry and leading to chaotic displays, distraction risks, and inefficient caregiver workflows. The invention provides modular, flexible connection solutions including patient electrical isolation and universal medical connectors that enable seamless integration of existing and future devices without requiring tedious reprogramming or software updates.
Claims Coverage
The patent presents a single independent claim defining an inventive wireless adapter with key structural and functional features.
Wireless adapter configuration
An adapter comprising a socket housing at one end configured to receive a wireless dongle and a medical device connector at the opposite end configured to electrically connect with a standalone medical device, receive patient data, and pass this data to the wireless dongle for wireless transmission to a medical network interface coupled to a patient monitoring hub, enabling pairing between the standalone device and the medical network interface.
Wireless dongle prior insertion for pairing
The wireless dongle is previously inserted into a port of the medical network interface so that, upon reception in the socket housing, it allows pairing between the standalone medical device and the medical network interface.
The claims encompass a wireless adapter system that enables legacy standalone medical devices to wirelessly connect to a medical network interface via a paired dongle, thereby facilitating wireless transmission of patient data without requiring reprogramming of the devices.
Stated Advantages
Seamlessly coordinates multiple medical devices, enabling patient identification across devices and future expansion without repeated software upgrades.
Allows legacy standalone medical devices without native wireless communication to transmit patient data wirelessly without reprogramming.
Reduces caregiver burden by consolidating patient measurement and treatment data into single displays, reducing distraction and errors.
Provides optional patient electrical isolation and modular universal medical connectors supporting isolated or non-isolated power supply for device safety and efficiency.
Enables flexible docking and connection options for various portable patient monitors and other medical devices.
Facilitates secure pairing using permission keys and dongles, supporting rapid and straightforward device association and wireless communication.
Documented Applications
Associating multiple medical devices, including legacy standalone devices, to specific patients in healthcare environments to consolidate data and improve caregiver workflows.
Wireless pairing and communication of patient data from standalone medical devices to a medical network interface and patient monitoring hub.
Providing secure device authentication and communication through dongles and permission keys, enabling quick deployment of medical monitoring setups.
Implementing patient electrical isolation and power supply methods for safer device operation.
Modular docking stations for connecting various portable patient monitors to a central patient monitoring hub.
Augmented reality user interfaces presenting patient physiological data superimposed on the patient for clinician use.
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