18429804. SUBSTRATE SEALING CONFIGURATIONS AND METHODS simplified abstract (Medtronic MiniMed, Inc.)
Contents
SUBSTRATE SEALING CONFIGURATIONS AND METHODS
Organization Name
Inventor(s)
Eric A. Larson of Simi Valley CA (US)
Avery Thompson of Chatsworth CA (US)
Kristina U. Kaypaghian of Moraga CA (US)
Jose Ruelas of San Fernando CA (US)
SUBSTRATE SEALING CONFIGURATIONS AND METHODS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18429804 titled 'SUBSTRATE SEALING CONFIGURATIONS AND METHODS
The sensor device described in the patent application consists of a housing that can be attached to a patient, along with a seal structure inside the housing. A sensor probe, supported by the housing, has a substrate with two length portions - one external to the housing for insertion into the patient, and one within the housing that extends through the seal structure. The section of the substrate within the housing has an undulating edge pattern that enhances the seal effect of the seal structure.
- Sensor device with housing and seal structure
- Sensor probe with substrate having two length portions
- Undulating edge pattern on the substrate within the housing
- Enhances seal effect of the seal structure
- Designed for secure attachment to a patient
Potential Applications: - Medical monitoring devices - Wearable health trackers - Remote patient monitoring systems
Problems Solved: - Ensures a secure and effective seal for accurate sensor readings - Provides comfort and stability for the patient - Prevents leakage or contamination of the sensor components
Benefits: - Improved accuracy of sensor data - Enhanced patient comfort and convenience - Reduced risk of sensor malfunction due to environmental factors
Commercial Applications: Title: Advanced Sensor Device for Medical Monitoring This technology can be utilized in various medical monitoring devices, wearable health trackers, and remote patient monitoring systems. The market implications include improved healthcare outcomes, increased patient compliance, and potential cost savings for healthcare providers.
Questions about Sensor Device Technology: 1. How does the undulating edge pattern on the substrate enhance the seal effect of the seal structure? The undulating edge pattern creates a more secure and effective seal by increasing the contact area between the substrate and the seal structure, reducing the risk of leakage or contamination.
2. What are the key advantages of using a sensor device with a housing and seal structure for medical monitoring? The main advantages include improved accuracy of sensor data, enhanced patient comfort, and reduced risk of sensor malfunction, leading to better healthcare outcomes.
Original Abstract Submitted
A sensor device includes a housing configured to be secured to a patient and a seal structure located within the housing. A sensor probe having at least one substrate is supported by the housing. The substrate has a first length portion and a second length portion. The first length portion is external to the housing and is configured to be inserted into the patient when the housing is secured to the patient. The second length portion is in or on the housing and has a section that extends through the seal structure. That section has at least one side edge having an undulating edge pattern that enhances a seal effect of the seal structure at the section of the second length portion of the at least one substrate. The undulating edge pattern may be an edge wave pattern having a plurality of peaks or a plurality of valleys.
