A game piece advancing skill game having a base with a mole figure that extends upwardly through an opening in the base, and a tower having a bell at its upper end. Another mole character is mounted on the tower and the toy is adapted such that striking the mole character on the base causes the mole character on the tower to be advanced upwardly toward the bell by an amount proportional to the striking force applied to the character on the base. A toy mallet is provided for striking the mole character on the base. In addition, LEDs are provided at spaced intervals on the tower as designated by numerals 1 through 9. The toy is adapted so that during game play the LEDs on the tower are turned on or off by striking the character on the base so that the mole character on the tower is advanced upwardly to the level of a targeted LED. The targeted LED is then either turned on or off based on game play rules and the player achieves a pre-determined number of points. For example, if the number 6 LED is targeted, a player must strike the mole figure on the base with an appropriate amount of force to cause the mole figure on the tower to be advanced upwardly to the number 6 LED without reaching the number 7 LED. The apparatus includes game play for a number of different games which are based on the concept of turning the LEDs either on or off.
A temperature monitoring system includes a device for monitoring temperature over a period of time, an adaptor in communication with the temperature monitoring device (TMD) and a data programming device (DPD) in communication with the adaptor. The TMD includes a temperature sensor, a central processing unit (CPU) electrically connected to the temperature sensor, and a power source for continuously supplying power to the CPU. The CPU includes volatile memory into which measurements made by the temperature sensor are stored, the volatile memory in the CPU serving as the sole memory device in the TMD. The TMD is free of means for suspending power from the power source to the CPU. In use, each successive measurement taken by the temperature sensor overwrites the previous measurement stored into the CPU volatile memory. In this manner, the TMD stores no historical data throughout its monitoring process.
A temperature monitoring system includes a device for monitoring temperature over a period of time, an adaptor in communication with the temperature monitoring device (TMD) and a data programming device (DPD) in communication with the adaptor. The TMD includes a temperature sensor, a central processing unit (CPU) electrically connected to the temperature sensor, and a power source for continuously supplying power to the CPU. The CPU includes volatile memory into which measurements made by the temperature sensor are stored, the volatile memory in the CPU serving as the sole memory device in the TMD. The TMD is free of means for suspending power from the power source to the CPU. In use, each successive measurement taken by the temperature sensor overwrites the previous measurement stored into the CPU volatile memory. In this manner, the TMD stores no historical data throughout its monitoring process.