Real-Time Method and System for Controlling Healthcare Delivery Processes within a Clinical Environment
Methods of controlling healthcare delivery processes within a clinical environment include providing rules predetermined in terms of conditional results governing clinical processes to supervise the delivery of healthcare within the environment. The rules are executable based on event data and subject data values toward the objective of optimal performance of the processes. The rules apply to all individuals of the environment and data derived from auto-ID tags of individuals are operated on by the rules and corrective action is indicated by evaluation of such data pursuant to the rules. Signals transmitted utilizing the tags are processed to obtain event data representing the locations of individuals and events occurring within the environment. Subject data related to the individuals is collected. The rules are executed using current values of event data and subject data to evaluate the performance of each process. A corrective action is performed indicated by the rules being evaluated.
1 . A real-time method of controlling healthcare delivery processes within a clinical tracking environment monitored by real-time locating apparatus including auto-ID tags, the method comprising:
providing a predefined, non-adaptive set of rules governing clinical processes to supervise the delivery of healthcare within the environment, wherein the rules are executable based on a combination of location-based event data and subject data values toward the objective of optimal performance of the clinical processes, wherein data derived from auto-ID tags are operated on by the rules and wherein corrective action is indicated by evaluation of such data pursuant to the rules;
wirelessly transmitting signals utilizing the auto-ID tags where the signals are informative of one or more of the identity of the wearers, wearer locations, and operating states of the tags;
receiving the transmitted wireless signals via a receiver;
processing the received wireless signals via a control computer subsystem including at least one processor to obtain real-time event data which represents the locations of mobile auto-ID tag-wearing subjects within the clinical tracking environment and events which occur within the environment;
collecting subject data via the control computer subsystem, wherein the subject data is directly or indirectly related to the auto-ID tag-wearing subjects;
executing the predefined rules via the control computer subsystem using the most current values of event data and subject data to evaluate the performance of each process within the environment; and
performing any necessary corrective action via the control computer subsystem indicated by the rules being evaluated including generating at least one of a signal, an alert, a report and a message, appropriate to the corrective action.
2 . The method of claim 1 wherein:
the step of performing includes communicating an audio or video alert to a device.
3 . The method of claim 1 wherein:
the alert is a video alert comprising a text or graphical alert.
4 . The method of claim 1 wherein:
the step of performing includes communicating a report to a device.
5 . The method of claim 1 wherein:
the step of performing includes communicating a message to a device.
6 . The method of claim 1 wherein:
the step of performing includes communicating an activation signal to a device.
7 . A real-time method of controlling healthcare delivery processes within a clinical environment monitored by a real-time locating apparatus including a plurality of auto-ID tags, the method comprising:
providing a set of rules predetermined in terms of conditional results governing clinical processes to supervise the delivery of healthcare from healthcare providers to patients within the clinical environment, wherein the rules are executable based on a combination of event data and subject data values toward the objective of optimal performance of the clinical processes, wherein the rules apply to all healthcare providers and patients of the clinical environment involved with the clinical processes and data derived from auto-ID tags of healthcare providers and patients of the clinical environment are operated on by the rules and wherein corrective action is indicated by evaluation of such data pursuant to the rules;
wirelessly transmitting signals utilizing the auto-ID tags;
receiving the transmitted wireless signals via a receiver;
processing the received wireless signals via a control computer subsystem to obtain real-time event data which represents the locations of auto-ID tag-wearing healthcare providers and patients within the clinical environment and events which occur within the clinical environment;
collecting subject data directly or indirectly related to the auto-ID tag-wearing healthcare providers and patients via the control computer subsystem;
executing the rules via the control computer subsystem using the most current values of event data and subject data to evaluate the performance of each clinical process within the clinical environment; and
performing a corrective action via the control computer subsystem indicated by the rules being evaluated.
8 . The method of claim 7 wherein:
the subject data is non-location tracked subject data.
9 . The method of claim 8 wherein:
the non-location tracked subject data is collected via the control computer subsystem from a clinical data source.
10 . The method of claim 9 wherein:
the clinical data source includes at least one of a clinical information system, a laboratory system, a radiology system, and an admit discharge transfer system.
11 . A real-time system for controlling healthcare delivery processes within a clinical environment, the system comprising:
a storage device for storing a set of rules predetermined in terms of conditional results governing clinical processes to supervise the delivery of healthcare from healthcare providers to patients within the clinical environment, wherein the rules are executable based on a combination of event data and subject data values toward the objective of optimal performance of the clinical processes, wherein the rules apply to all healthcare providers and patients of the clinical environment involved with the clinical processes and data derived from auto-ID tags of healthcare providers and patients of the clinical environment are operated on by the rules and corrective action is indicated by evaluation of such data pursuant to the rules;
a real-time locating apparatus including a plurality of auto-ID tags for the healthcare providers and patients of the clinical environment, each of the auto-ID tags wirelessly transmitting signals when activated, the apparatus including receivers for receiving the transmitted signals and a processor for processing the received signals to obtain event data representing the locations of auto-ID tag-wearing healthcare providers and patients within the clinical environment and events which happen within the clinical environment;
a database of the event data;
a source of subject data which is directly or indirectly related to the auto-ID tag-wearing healthcare providers and patients; and
a control computer subsystem including a processor operable to execute software instructions, a memory operable to store software instructions accessible by the processor, and a set of software instructions stored in the memory to at least partially perform the steps of:
continually executing in real time the rules using the most current values of the event data and the subject data to evaluate performance of each clinical process within the clinical environment corresponding to each rule; and
performing a corrective action indicated by the rule being evaluated.
12 . The system of claim 11 wherein:
the subject data is non-location tracked subject data.
13 . The system of claim 12 wherein:
the non-location tracked subject data is from a clinical data source.
14 . The system of claim 13 wherein:
the clinical data source includes at least one of a clinical information system, a laboratory system, a radiology system, and an admit discharge transfer system.