Abstract: A breathing treatment delivery device is disclosed for providing atomized medicine or oxygen to a patient. The breathing treatment delivery device can include a supply device configured to dispense atomized medicine or oxygen through a dispensing end of the supply device. A cap can have a device side and a delivery side, the device side including an opening receiving and in fluid communication with the dispensing end of the supply device. A treat holder can be positioned on the delivery side of the cap. At least one aperture can be defined in the delivery side of the cap adjacent the treat holder, a pneumatic passage formed through the cap between the opening in the device side of the cap and the aperture. A patient can enjoy a piece of candy or other treat retained by the treat holder during treatment while breathing in the desired medicine or oxygen.

Abstract: A breathing treatment delivery device is disclosed for providing atomized medicine or oxygen to a patient. The breathing treatment delivery device can include a supply device configured to dispense atomized medicine or oxygen through a dispensing end of the supply device. A cap can have a device side and a delivery side, the device side including an opening receiving and in fluid communication with the dispensing end of the supply device. A treat holder can be positioned on the delivery side of the cap. At least one aperture can be defined in the delivery side of the cap adjacent the treat holder, a pneumatic passage formed through the cap between the opening in the device side of the cap and the aperture. A patient can enjoy a piece of candy or other treat retained by the treat holder during treatment while breathing in the desired medicine or oxygen.

Abstract: An emergency light system is provided to help an emergency response team in locating an emergency site, the emergency light system comprising an LED light bulb with a wireless connectivity preferably Wi-Fi, and an app installed on a mobile communication device and connected to the LED light bulb via the wireless connectivity. The app allows registering emergency numbers in it. Further, the app is connected to the dialing pad of the mobile communication device to detect dialing of a registered emergency number. When the app detects the dialing of a registered emergency number, it sends signal to the LED light bulb via wireless connection to activate the LED light bulb to light in strobe pattern. The LED light bulb can be deactivated automatically after 45 minutes or manually through App. The emergency light system also provides a battery backup to the LED light bulb.

Abstract: An emergency light system is provided to help an emergency response team in locating an emergency site, the emergency light system comprising an LED light bulb with a wireless connectivity preferably Wi-Fi, and an app installed on a mobile communication device and connected to the LED light bulb via the wireless connectivity. The app allows registering emergency numbers in it. Further, the app is connected to the dialing pad of the mobile communication device to detect dialing of a registered emergency number. When the app detects the dialing of a registered emergency number, it sends signal to the LED light bulb via wireless connection to activate the LED light bulb to light in strobe pattern. The LED light bulb can be deactivated automatically after 45 minutes or manually through App. The emergency light system also provides a battery backup to the LED light bulb.