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Wireless medical sensors and methods

A sensor, wireless power technology, applied in the field of wireless medical sensors and methods, can solve the problems that prevent the practicality of wearable devices, skin acoustic impedance mismatch, mass density, mass density and modulus, etc., to improve overall health and well-being Effect

Pending Publication Date: 2020-10-30
NORTHWESTERN UNIV +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0008] Previously reported digital measurement methods can be used in laboratory and clinical research, but suffer from the following disadvantages: (i) their form factor (rigid design and large size, e.g., 150mm x 70mm x 25mm) limits the choice of installation location and prevents Its utility as a wearable device; (ii) its volumetric configuration involves a physical mass that suppresses subtle movements associated with important physiological events through inertial effects; (iii) its mass density and modulus are comparable to those of skin different, resulting in an acoustic impedance mismatch with the skin; and (iv) it only offers a single mode of operation without, for example, the ability to simultaneously capture ECG signals and PCG / SCG / BCG signals; (iv) its communication with the user interface mode and data transmission is done by wires tethered to the device and user interface machine; (v) its power management is done by wired connection

Method used

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  • Wireless medical sensors and methods
  • Wireless medical sensors and methods
  • Wireless medical sensors and methods

Examples

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example 1

[0243] Example 1: Exemplary epidermal device employing mechano-acoustic sensing and actuation

[0244] Exemplary devices employing mechano-acoustic sensing and actuation were fabricated and tested with respect to overall functionality and mechanical properties.

[0245] Figure 43B An exploded view of the mechano-acoustic device of the present invention for skin sensing and actuation is provided. As shown, the mechano-acoustic sensor is encapsulated in a silicone elastomer substrate and the cover (eg, cover) assembly includes a silicone gel layer to provide an overall multilayer floating device architecture. As shown, the multilayer device includes an IC assembly, a power source (e.g., a battery), traces containing contacts and interconnection components (e.g., flexible serpentine interconnects and contact pads), and spacers (e.g., polyamide imine layer). The multilayer architecture and device components are arranged to allow effective integration with the subject's tissu...

example 2

[0250] Example 2: Wearable Sensors for Early Triage of Newborns at High Risk of CP

[0251] The present examples demonstrate the effectiveness of the flexible wearable sensor device of the present invention for diagnostic applications including early triage of neonatal subjects at high risk of having cerebral palsy (CP). Prediction of final neurological function in at-risk neonates is challenging, and studies have demonstrated that the absence of restless movement is predictive of CP development (see eg, BMJ2018:360:K207). CP assessment of neonatal subjects is typically performed by a general mobility assessment (GMA) (eg, corresponding to a 5-minute video assessment of a supine infant with a standardized scale).

[0252] In some embodiments, networked sensors provide additional value. The ability to assess limb movement synchronously in time through a network of on-body sensors will allow for greater insight into abnormal movement. Similar to sleep, this would allow visua...

example 3

[0262] Example 3: Mechano-Acoustic Sensing

[0263] Summary

[0264] Conventional multimodal biosensing requires multiple rigid sensors installed on multiple measurement sites at a given location and during a reserved time. Soft and conformal devices utilizing MEMS accelerometers change this tradition. It is suitable for recording mechano-acoustic signals originating from human physiological activities in a continuous wearable mode of operation. Advantages of the device (including the multiplexed sensing function) established continuous recording of subtle vibrations in the range of skin (approximately 5 × 10 -3 m·s -2 ) to the larger inertial amplitude of the body (about 20m·s -2 ) and a new opportunity space for hi-fi signals on the skin from static gravity to the 800Hz audio band. The minimal space and time constraints of the device operating outside of the clinical setting will magnify the benefits of the unusual mechanics of the electronics. Therefore, a system-le...

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Abstract

Provided herein are medical sensors and related methods for measuring a real-time personal metric. The medical device may comprise an electronic device having a sensor comprising an accelerometer anda bidirectional wireless communication system electronically connected to the electronic device for sending an output signal from the sensor to an external device and receiving commands from an external controller to the electronic device.

Description

[0001] Cross References to Related Applications [0002] This application claims U.S. Provisional Patent Application No. 62 / 710,324, filed February 16, 2018, U.S. Provisional Patent Application No. 62 / 631,692, filed February 17, 2018, and The benefit and priority of US Provisional Patent Application No. 62 / 753,203, each of which is specifically incorporated by reference to the extent it is not inconsistent with this application. Background technique [0003] Provided herein are medical sensors (comprising mechano-acoustic sensing electronics) coupled with onboard microphones and feedback stimuli including but not limited to vibration motors, speakers or LED indicators. Systems and methods are provided for body-derived mechano-acoustic electrophysiological sensing electronics using a 3-axis high frequency accelerometer. Said devices are referred to herein as soft, flexible and wearable, having advanced energy-saving features and wireless communication capabilities, including ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A61N1/36
CPCA61B5/0022A61B2560/0412A61B5/6833A61B5/6861A61B5/7264A61B5/0205A61B2562/06G16H50/20G16H40/67A61B2562/0219A61B2562/164A61B2562/187A61B5/0024A61B5/4803A61B5/486A61B5/6801A61B2560/0219A61B5/4082A61B5/4205A61B5/7465A61B5/112A61B5/1117A61B5/744G06N3/088G06N3/09G10L25/66A61B2562/162H02J50/10A61B5/318A61B5/002A61B5/02055A61B5/024A61B5/0816A61B5/0823A61B5/1118A61B5/14551A61B5/4815A61B5/6815A61B5/682A61B5/6822A61B5/6823A61B5/6898A61B5/7267A61B5/7405A61B5/742A61B5/7455A61B2503/045A61B2560/0214A61B2562/0204A61B2562/0223A61B2562/0247H04R1/08
Inventor 约翰·A·罗杰斯徐帅李坤赫倪晓月安吉拉·罗伯茨邦妮·马丁·哈里斯莱奥拉·切尔尼阿伦·贾亚拉曼埃德娜·巴比梅根·奥布莱恩
Owner NORTHWESTERN UNIV
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