Abstract: A panel attachable to a backpack body. The panel having at least one through-hole formed therein to allow air to flow into a gap defined between the panel and the backpack body. An air-moving device is mountable to the panel, with an outer portion of the air-moving device extending forwardly from the panel and an inner portion of the air-moving device positioned in the gap. The air-moving device causes air to flow into the gap through the at least one through-hole and into one or more inlets of the inner portion. The air-moving device causes air to flow out one or more outlets of the outer portion.

Abstract: A panel attachable to a backpack body. The panel having at least one through-hole formed therein to allow air to flow into a gap defined between the panel and the backpack body. An air-moving device is mountable to the panel, with an outer portion of the air-moving device extending forwardly from the panel and an inner portion of the air-moving device positioned in the gap. The air-moving device causes air to flow into the gap through the at least one through-hole and into one or more inlets of the inner portion. The air-moving device causes air to flow out one or more outlets of the outer portion.

Abstract: A backpack that includes a backpack body and an air moving device. The backpack body has at least one air duct formed therein. The air moving device provides an airflow to the at least one air duct. The at least one air duct is configured to deliver the airflow to a back of a wearer, which dissipates heat along the back of the wearer.

Abstract: A backpack that includes a backpack body and an air moving device. The backpack body has at least one air duct formed therein. The air moving device provides an airflow to the at least one air duct. The at least one air duct is configured to deliver the airflow to a back of a wearer, which dissipates heat along the back of the wearer.

Abstract: A personal massager configured to be worn on a user's finger. The massager includes a housing, and a motor operable to vibrate the housing. The housing defines an opening configured to receive the finger. The housing extends partway around the circumference of the user's finger when the user's finger is received inside the opening. Optionally, the massager includes a control circuit configured to determine a pattern of vibration supplied to the housing by the motor. Optionally, the massager includes a rechargeable battery that provides power to the motor.

Abstract: A personal massager configured to be worn on a user's finger. The massager includes a housing, and a motor operable to vibrate the housing. The housing defines an opening configured to receive the finger. The housing extends partway around the circumference of the user's finger when the user's finger is received inside the opening. Optionally, the massager includes a control circuit configured to determine a pattern of vibration supplied to the housing by the motor. Optionally, the massager includes a rechargeable battery that provides power to the motor.