Abstract: A method for haptic feedback for an ostomy leakage detection system can include a wearable device to obtain leakage data. The leakage data may include leakage detected on at least one ring of a sensing accessory. The wearable device can also determine a leakage level based on the leakage data. The leakage level can indicate information about the leakage detected. The wearable device can further output a haptic feedback leak level alert based on the leakage level. The haptic feedback leak level alert can discreetly notify a user about the leakage detected.

Abstract: An ostomy leakage detection system (10) includes a sensing accessory (12) and a monitor device (14). The sensing accessory includes sensors configured to detect ostomy effluent leakage under a skin barrier (20) of an ostomy pouch system (18). The monitor device is configured to communicate with the sensing accessory to receive ostomy effluent leakage data. The monitor device is also configured to engage with the sensing accessory and configured to be attached to the ostomy pouch system or to user's body via the sensing accessory.

Abstract: An ostomy leakage detection system includes a wearable subsystem, a sensing accessory, a connector region, and at least one gasket. The wearable subsystem may include conductive members. The sensing accessory may be configured to detect moisture under a barrier. The connector region may extend from the sensing accessory and may be configured to connect the wearable subsystem to the sensing accessory. The least one gasket may be configured to provide a water-resistant connection at the connector region.

Abstract: A charging dock for charging a wearable device for an ostomy leakage detection system. The charging dock may include a housing, a slide-in mechanism, a contact pin, and a ramp. The housing may include a first and second wall. The slide-in mechanism may be defined by the first and second wall and configured to receive a wearable device. The first wall may include a first opening for accessing the wearable device. The first wall may include at least one peripheral edge that may be configured to extend over the wearable device and prevent the wearable device from opening while docked. The contact pin may be located within the slide-in mechanism and may be configured to charge the wearable device. The ramp may be located within the slide-in mechanism and configured to charge to couple with the wearable device to prevent rotation of the wearable device while docked.

Abstract: An ostomy leakage detection system includes a sensing accessory, a wearable subsystem, a charging dock, and a mobile application. The sensing accessory includes a sensor region comprising a plurality of sensors for measuring resistance of an ostomy appliance, a connector region for connecting to the wearable subsystem, and a tail region extending between the sensor region and the connector region.

Abstract: An ostomy device includes a proximal side configured for attachment to a user, a distal side opposite to the proximal side, and a leakage detection sensor having electrically conductive circuitry supported on a support layer. The leakage detection sensor is configured to detect ostomy effluent by detecting a change in resistance in the electrically conductive circuitry. The ostomy device may be an ostomy appliance or an ostomy accessory.

Abstract: An ostomy device includes a proximal side configured for attachment to a user, a distal side opposite to the proximal side, and a leakage detection sensor having electrically conductive circuitry supported on a support layer. The leakage detection sensor is configured to detect ostomy effluent by detecting a change in resistance in the electrically conductive circuitry. The ostomy device may be an ostomy appliance or an ostomy accessory.

Abstract: An ostomy leakage detection system (10) includes a sensing accessory (12) and a monitor device (14). The sensing accessory includes sensors configured to detect ostomy effluent leakage under a skin barrier (20) of an ostomy pouch system (18). The monitor device is configured to communicate with the sensing accessory to receive ostomy effluent leakage data. The monitor device is also configured to engage with the sensing accessory and configured to be attached to the ostomy pouch system or to user's body via the sensing accessory.

Abstract: An ostomy leakage detection system includes a sensing accessory, a wearable subsystem, a charging dock, and a mobile application. The sensing accessory includes a sensor region comprising a plurality of sensors for measuring resistance of an ostomy appliance, a connector region for connecting to the wearable subsystem, and a tail region extending between the sensor region and the connector region.

Abstract: An ostomy device includes a proximal side configured for attachment to a user, a distal side opposite to the proximal side, and a leakage detection sensor having electrically conductive circuitry supported on a support layer. The leakage detection sensor is configured to detect ostomy effluent by detecting a change in resistance in the electrically conductive circuitry. The ostomy device may be an ostomy appliance or an ostomy accessory.

Abstract: A flat table is releasably mounted on a central depending leg at such an angle that the table is horizontal when the leg is placed in a slanted fishing rod socket on a boat, such sockets being normally provided for holding unattended fishing rods while trolling. A notch in the lower end of the leg engages a cross pin in the socket to prevent rotation of the leg in the socket and thus locks the table in horizontal position.