Emergency Assistance Timing and Event Recording System

Abstract

An emergency timing and event recording system, applicable to cardiopulmonary resuscitation (CPR), includes a timing control module, a reminder output module, an event recording module, and a recording output module. The timing control module accumulates timing values ​​based on a start control signal and determines whether a first cycle condition and a second cycle condition are met based on these timing values. If the first cycle condition is met but the second cycle condition is not met, a first trigger signal is generated; if the second cycle condition is met, a second trigger signal is generated. The reminder output module outputs corresponding voice prompts based on the first or second trigger signal. The event recording module associates emergency event data with time data to form an event record. The recording output module converts the event record set into file data that can be opened by word processing software.

Claims

1. An emergency timing and event recording system for cardiopulmonary resuscitation (CPR), the system comprising a plurality of hardware modules consisting of a plurality of hardware circuits, the hardware modules comprising: a timing control module configured to receive a start control signal and accumulate a timing value based on the start control signal; the timing control module determining whether a first cycle condition and a second cycle condition are met based on the timing value; generating a first trigger signal when the timing value meets the first cycle condition but not the second cycle condition; and generating a second trigger signal when the timing value meets the second cycle condition; and a reminder output module signaled to the timing control module, configured to output a first voice prompt based on the first trigger signal, and output a second voice prompt different from the first voice prompt based on the second trigger signal. An event logging module, signal-connected to the timing control module, is configured to receive emergency event data and the timing value from the timing control module, and associate the emergency event data with time data including the timing value to form an event log; and a logging output module, signal-connected to the event logging module, is configured to receive an event log set containing a plurality of the event logs, and convert the event log set into a file data that can be opened by word processing software.

2. The emergency aid timing and event recording system as described in claim 1, wherein the first cycle condition corresponds to a first cycle, the second cycle condition corresponds to a second cycle, the second cycle is longer than the first cycle, and the second cycle is an integer multiple of the first cycle.

3. The emergency aid timing and event recording system as described in claim 2, wherein the first cycle is 120 seconds and the second cycle is 240 seconds.

4. The emergency aid timing and event recording system as described in claim 1, wherein the reminder output module is further configured to output a cardiopulmonary resuscitation (CPR) compression rhythm sound, and the CPR compression rhythm sound has a rhythmic frequency of 120 times per minute.

5. The emergency aid timing and event recording system as described in claim 1, wherein the emergency event data includes at least one of medication data, defibrillation data, intubation data, and spontaneous circulation recovery data.

6. The emergency aid timing and event recording system as described in claim 5, wherein the emergency event data includes the medication data, and the medication data includes drug identification data and dosage data.

7. The emergency aid timing and event recording system as described in claim 5, wherein the emergency event data includes the intubation data, and the intubation data includes a tube diameter and a fixed depth.

8. The emergency aid timing and event recording system as described in claim 1, wherein the time data includes the timing value and a current timestamp.

9. The emergency aid timing and event recording system as described in claim 1, wherein the timing control module is further configured to receive a pause control signal and a resume control signal, stop updating the timing value after receiving the pause control signal, and continue to accumulate the timing value from the value before the update was stopped after receiving the resume control signal.

10. The emergency aid timing and event recording system as claimed in claim 1, wherein the document data generated by the recording output module includes a plurality of event records arranged according to the time data associated with each event record, and each event record includes an event content, a current timestamp, and an elapsed time corresponding to the timing value associated with each event record.

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