Abstract: A jumping game assembly includes a mat having a plurality of panels. Each of the panels forms a target area configured for being jumped upon by a user. The panels are arranged into rows and columns defining adjacently positioned interior edges of the panels and outer edges of the panels. The outer edges correspond to an outer perimeter of the mat. A plurality of interior strips is coupled to and extends between the adjacently positioned interior edges of the panels. An upper border is coupled to and extends around the outer edges of the panels. A disc is configured for throwing onto the mat to distinguish one of the panels on which the disc lands as a jumping target for a game played by jumping on the mat in accordance with a set of rules.

Abstract: A microcontroller based breast milk flow meter and child milk volume intake detection and measuring method means comprising a silicone encapsulated flexible microcontroller circuit means with a plurality of on-board dielectric detector plate means and a piezo-resistive force sensor means. Where the dielectric detector plates function electrically, as a passive device means to determine the presence or absence of a quantity of milk in a holding chamber means and a piezo-resistive force sensor function electrically, as a passive device means to determine a continuous or sporadic flow quantity of milk from said chamber means. A special microcontroller algorithm is used to monitor, detect, and measure breast milk flow and quantity from mother to child.

Abstract: A nursing brassiere having two identical cups into which a user's natural breast nipples are removably inserted, each cup having a centered aperture removably engaging an artificial nipple having a flow meter assembly therein. The flow meter assembly provides a pegged wheel with pegs extending from the perimeter and a counter. Each time an infant consumes milk through an artificial nipple, the milk flow contact with the pegs turns the wheel which activates the counter to count the number of wheel turns. The counter operationally wirelessly communicates with a remote central processing unit which stores the number of wheel turns for each breastfeeding session and determines and displays the volume of milk. A reset button restarts the count of the number of wheel turns.