Medical timing apparatus and method for use during pregnancy

• US 20060039241A1
• Filed: 08/16/2005
• Published: 02/23/2006
• Est. Priority Date: 08/17/2004
• Status: Abandoned Application

• Current Assignee: Bahram R. Esfahani, Cesar A. Capellini, Frank P. Forbath, Victor E. Penan
• Original Assignee: Bahram R. Esfahani, Cesar A. Capellini, Frank P. Forbath, Victor E. Penan
• Inventors: Esfahani, Bahram R., Penan, Victor E., Forbath, Frank P., Capellini, Cesar A.
• Application Number:
  US11/204,511
• Publication Number:
  US 20060039241A1
• Time in Patent Office: Days
• US Class Current: 368/110
• CPC Class Codes: G04F 10/00 Apparatus for measuring unknown time intervals by electric means
• CPC Class Codes: G04F 10/04 by counting pulses or half-cycles of an ac G04F10/005 takes precedence
• CPC Class Codes: G04G 11/00 Producing optical signals at preselected times
• CPC Class Codes: G04G 13/026 acting at a number of different times

Abstract

A childbirth labor timing, practicing and alerting apparatus and method. The apparatus includes a portable device with a housing having a display screen and one or more input controls to input the start and end of successive contractions. The device includes a processor and a memory for receipt, storage and display of contraction duration, interval and elapsed time information; for the storage of practice information; for setting and displaying time of day; for receipt and storage of alert data; and for data transmission with a remote unit. The apparatus can include a remote alert data entry unit located at the office of a doctor or other medical facility. Alert data can be entered into the portable device from the remote alert data entry unit. Communication between the remote alert data entry unit and the portable device can be wired or wireless.

Claims

1. A medical timing device for use during pregnancy, comprising:

a portable housing;

a processor located in the housing and having a memory and a timing device;

a display device connected to the processor;

a begin input device connected to the processor for a user input marking in time the commencement of a labor contraction that is one of a series of successive labor contractions;

an end input device connected to the processor for a user input marking in time the end of a labor contraction that is one of a series of successive labor contractions;

wherein in a labor contraction timing mode said processor calculates and stores the duration and interval for each contraction of a series of successive contractions and tracks the elapsed time in seconds and minutes since the most recent user begin input; and

wherein the duration and interval information can be selectively displayed on the display device and said elapsed time can be selectively displayed on the display device.

2. The medical timing device of claim 1 wherein:

said begin input device is a first button and said end input device is a second button, said first and second buttons being differentiated by feel.

3. The medical timing device of claim 2 wherein:

one of said buttons is larger than the other button.

4. The medical timing device of claim 2 wherein:

the buttons are shaped differently.

5. The medical timing device of claim 2 wherein:

one of said buttons has surface irregularities.

6. The medical timing device of claim 1 including:

a data port connected to the processor for receipt of data from a remote data entry unit.

7. The medical timing device of claim 1 including:

an antenna connected to the processor for wireless receipt of data from a remote data entry unit.

8. The medical timing device of claim 1 wherein:

said processor has a time of day mode and a practice mode and an alert mode;

said time of day mode permitting setting and selectively displaying time of day;

said practice mode including said memory having stored practice routines for practicing childbirth events;

said memory having stored medical instructions as to when to seek medical advice when interval and duration information calculated from contractions of a series of successive contractions matches the stored medical instructions;

said processor having an alert mode for comparing the medical instructions with stored interval and contraction information to seek a match and send an alert to the display device; and

a mode control to enable a user to move between modes.

9. The medical timing device of claim 8 including:

a readout control to said display device.

10. The medical timing device of claim 8 including:

an audio device connected to the processor.

11. The medical timing device of claim 8 wherein:

the device has cell phone components.

12. The medical timing device of claim 8 wherein:

the device has personal digital assistant components.

13. The medical timing device of claim 8 wherein:

the device has digital watch components.

14. A labor contraction timing method comprising the steps of:

providing a portable device having a visible display, labor contraction begin and end input controls, and a processor with a timing device and a memory device;

marking in time with the begin input control the beginning of each contraction of a series of contractions;

marking in time with the end input control the end of each contraction of a series of contractions;

calculating the duration of each contraction and the interval between adjacent contractions for the series of contractions;

tracking the elapsed time since the marking of the beginning of the most recent contraction;

displaying the duration and contraction information; and

displaying the elapsed time information.

15. The labor contraction timing method of claim 14 including the step of:

providing alert data stored in the memory;

comparing the duration and contraction information with the alert data and sending an alert signal when there is a match.

16. The labor contraction timing method of claim 15 including the step of:

entering alert data into the memory from a remote alert data entry unit.

17. A medical timing apparatus for use during pregnancy, comprising:

a medical timing device having a portable housing;

a processor located in the housing and having a memory and a timing device;

a display device connected to the processor;

a begin input device connected to the processor for a user input marking in time the commencement of a labor contraction that is one of a series of successive labor contractions;

an end input device connected to the processor for a user input marking in time the end of a labor contraction that is one of a series of successive labor contractions;

said processor having a labor contraction timing mode wherein said processor calculates and stores the duration and interval for each contraction of a series of successive contractions and tracks the elapsed time in seconds and minutes since the most recent user begin input;

wherein in the labor contraction timing mode the duration and interval information can be selectively displayed on the display device and said elapsed time can be selectively displayed on the display device;

said memory having stored alert data in terms of medical instructions as to when to seek medical advice when interval and duration information calculated from contractions of a series of successive contractions matches the stored alert data;

said processor having an alert mode for comparing the alert data with stored interval and contraction information to seek a match and send an alert to the display device;

a mode control to enable a user to move between modes;

a remote alert data entry unit for entry of alert data into the portable device memory; and

a data transmission link between the portable device and the remote alert data entry unit.

18. The medical timing apparatus for use during pregnancy of claim 17 wherein:

the data transmission link is wireless.

19. The medical timing apparatus for use during pregnancy of claim 17 wherein:

the data transmission link is wired.

20. The medical timing apparatus for use during pregnancy of claim 17 wherein:

the alert data entry unit can be programmed with alert data.