Abstract: The present disclosure relates to a safety device, system, and method for storing medicines by a patient or caretaker without the harm from environmental elements. Medicines that require patients or caretakers to store at non-ambient conditions, such as non-room temperatures, specific humidity, no natural or artificial light, etc., are inconvenient and stressful to carry around during daily activities. In the absence of maintaining the required environmental conditions such as temperature, humidity, light, etc., the medicine(s) become less potent and efficient. Therefore, the invention herein relates to a medicine storage systems and device so that the medicines can be carried during day-to-day activities under required conditions.

Abstract: The present invention is a device that illuminates oxygen tubing and a walker to make it safer in dark conditions. The device includes a motion sensing device for automatically turning on the lights when there is movement of the walker, and a timer for turning off the lights after the walker has remained stationary for a predetermined amount of time. The device automatically turns the lights on when surrounding conditions are dim through the use of a photo sensor. In addition, the device includes a power switch for manually turning the lights on or off. Furthermore, the device contains a GPS transmitter and a wireless communication device. This allows a patient to obtain help by manually activating a panic switch. A built in temperature sensor will automatically call for help, if the ambient air temperature becomes too hot due to adverse weather, fire, or other conditions.

Abstract: Techniques for dynamically generating feedback based on contextual information and providing the feedback to a user are provided. A service provider determines, based on contextual information related to a user (such as personal information previously provided by the user) interactive data to display to the user. The type of interactive data may correspond to the type of personal information submitted by the user or derived by the service provider. The interactive data may be based on other users that have already registered with the service provider. In this way, a user is able to (1) view current and relevant information that is related to the user and (2) see the value that the user receives by providing additional personal information. Subsequent interactive data may be based on multiple personal data items that the service provider receives from the user. These techniques are also applicable after a user has registered with a service provider.

Abstract: Techniques for dynamically generating feedback based on contextual information and providing the feedback to a user are provided. A service provider determines, based on contextual information related to a user (such as personal information previously provided by the user) interactive data to display to the user. The type of interactive data may correspond to the type of personal information submitted by the user or derived by the service provider. The interactive data may be based on other users that have already registered with the service provider. In this way, a user is able to (1) view current and relevant information that is related to the user and (2) see the value that the user receives by providing additional personal information. Subsequent interactive data may be based on multiple personal data items that the service provider receives from the user. These techniques are also applicable after a user has registered with a service provider.