A low power consumption timing device using an oscillator and chained CMOS flip-flop devices providing all time-dependent functions, with an audible and/or visual alarm which signals after a predetermined elapsed time and continues until deliberately reset especially useful for repetitively timed events such as reminders for taking medication at fixed intervals. When reset the elapsed timer begins the next timed interval. A minor circuit revision, makes possible an automatic reset of the timer mechanism after each elapsed interval without disturbing the signal latch. This alternate method can produce constant period cycles without regard to other signal reset mechanisms.
A signal device is attachable to a medication container to provide periodic signals of times for a user to take medication. The device has its electronic circuitry enclosed in a casing compressible by the user to activate the circuitry.
A medication dosage timing apparatus which measures and displays time in response to the opening and closing of a medication bottle or container. A timing circuit and display are mounted on a circuit board and attached to a container cap. A battery is mounted on a disk which slidably moves within the container cap between a first position wherein electrical contacts on the circuit board engage the battery and activate or power the timing circuit and display, and a second position wherein the electrical contacts are disengaged from the battery and the timing circuit and display are deactivated. When the container cap is attached to the container, the battery and disk are held in the first activating position, and when the container cap is removed from the container, the battery and disk slide down into second, deactivating position. Each time a user opens and closes the medication container, the timing circuit and display are reset and re-started. By observing the display on the cap of the closed container, the user can ascertain the time elapsed since the container was last opened to remove medication.
A timed medication container for sounding an alarm when medication needs to be taken. The timed medication container includes a bottle for housing medication. A cap for removably closing the bottle has a top wall. The top wall has a top surface. Control circuitry is fixedly mounted in the top wall of the cap. The control circuitry is adapted for tracking elapsing time, subtraction, and activation of an alarm. The control circuitry comprises a microprocessor. A display displays information from the control circuitry. The display is mounted on the control circuitry. A surface of the display is generally flush with the top surface of the top wall. The display is operationally coupled to the control circuitry. A plurality of bores is in the top wall of the cap. A button for programming the control circuitry is in each of the bores in the cap. Each of the buttons is fixedly coupled to the control circuitry.
A medication reminder device having a cap unit with a timer dial for selecting a period between alarm signals and a start and reset button with a light, the cap unit having internal electronics with a power supply to generate an alarm signal that is preferably visible, using the button light; audio, using a sound generating circuit; and physical, using a vibrator mechanism; the cap unit being connected to a compact container with a compartment for storage of pills, the compact container having an adaptor cap for connecting the assembled device to a standard prescription container.
A medication reminder device provides a C-shaped support for receiving gently tapered pill bottles of a variety of sizes. The support is made in sections to provide an internal cavity receiving a timer. The timer includes, in circuit, a receptacle for a battery, an alarm, a timer assembly for periodically energizing the alarm and an on/off switch. The on/off switch includes an operator exposed through the interior of the support so that inserting a bottle into the support causes the operator to be depressed thereby initiating operation of the timer assembly.
