4 results about "Standard technique" patented technology

Techniques for mapping proprietary codes with standard codes based on a similarity between network relationships associated with the respective standard codes and proprietary codes are disclosed. The system generates a cross-domain network having sets of terminology, including at least a set of proprietary codes and a set of standard codes. The network includes (a) a plurality of nodes that represent terms in the sets of terminology, (b) inter-terminology connections between nodes across sets of terminology, and (c) intra-terminology connections between nodes within sets of terminology. The system identifies relationships for the terms that define the connections between the nodes. The system generates vector embeddings for the terms by applying a vector embedding function to the relationships and / or the terms associated with each term. Similarity measures are calculated for vector embedding pairs. Pairs having a similarity measure that exceeds a threshold are identified as semantic matches.

This invention discloses a real-time visualization and dynamic calibration platform for standardizing massage techniques, comprising a wearable sensing device, a processing device, and a feedback device. The wearable sensing device is a smart massage glove integrating an optical detection unit, a pressure detection unit, and a motion sensing unit, used to simultaneously collect data on pressure points, pressure depth, and hand movements. The processing device, based on multi-sensor data fusion technology, identifies massage technique types through a machine learning model and compares real-time parameters with a standard technique database. The feedback device provides multimodal real-time calibration feedback based on the comparison results through vibration, display, and audio units. This invention overcomes the technical shortcomings of existing technologies, such as inaccurate pressure assessment due to differences in human tissue stiffness, single parameter measurement, and lack of real-time feedback. It achieves quantitative assessment, visual monitoring, and dynamic calibration of massage techniques, significantly improving the standardization of massage teaching and the safety of clinical operations.

A transseptal guidewire with enhanced echogenicity and markers to facilitate precise positioning during transseptal puncture procedures. The guidewire comprises a flexible elongate body with a distal portion having echogenic markers formed by mechanical deformation of the guidewire surface, creating surface discontinuities that reflect ultrasound waves. These echogenic markers improve visibility under ultrasound imaging, allowing for accurate positioning of the guidewire tip at the target location. The guidewire also includes markers at the proximal end that provide visual or tactile feedback on the relative position of the guidewire with respect to a supporting member, such as a sheath or dilator. The proximal markers enable intuitive positioning and safe advancement of the guidewire during the procedure. By enhancing guidewire visibility and providing positioning feedback, improves the safety and efficiency of transseptal puncture procedures while maintaining compatibility with standard techniques and equipment.

A transseptal guidewire (300, 500) with enhanced echogenicity and markers to facilitate precise positioning during transseptal puncture procedures. The guidewire comprises a flexible elongate body (306) with a distal portion having echogenic markers (320, 520) formed by mechanical deformation of the guidewire surface, creating surface discontinuities that reflect ultrasound waves. These echogenic markers improve visibility under ultrasound imaging, allowing for accurate positioning of the guidewire tip at the target location. The guidewire also includes markers at the proximal end that provide visual or tactile feedback on the relative position of the guidewire with respect to a supporting member, such as a sheath or dilator. The proximal markers enable intuitive positioning and safe advancement of the guidewire during the procedure. By enhancing guidewire visibility and providing positioning feedback, improves the safety and efficiency of transseptal puncture procedures while maintaining compatibility with standard techniques and equipment.