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Support for Smart Hospital Model Development

Introduction to smart hospital model Development Support Project Modules

Patient Flow Optimization

  • Automate outpatient and emergency room care to reduce simple repetitive tasks for medical staff and minimize patient waiting times.
  • It creates a full-time intelligent work environment using AI, from hospital bed assignment when hospitalized to automatic hospital recommendation when discharged.

Enhanced Patient Safety

  • It prevents safety accidents in hospitals such as falls and bedsores by utilizing IT technologies such as 360-degree cameras and image AI.
  • It has a system that monitors the patient's condition in special wards such as cancer wards and mental wards in real time, and detects and responds to abnormal situations early.

Automation of Nursing Tasks

  • wirelessly collect, transmit, and record data from inpatients and enhance healthcare-patient communication using individual patient bed monitors.
  • It reduces the simple and repetitive work of medical staff by applying location tracking of mobile assets (wheelchairs, etc.) and automatic refrigerator temperature monitoring sensors.
  • Improve the quality of medical services by creating an environment where medical staff can focus on patient care.

Smart Operating Rooms(e-OR)

  • Monitor the location and status information of expensive medical devices in the operating room using real-time positioning (RTLS) technology.
  • It shortens the time required for medical records and minimizes the risk of infection by applying Voice EMR technology that allows you to enter surgical records by voice without attaching and detaching protective equipment.

Remote Intensive Care Units(e-ICU)

  • Connect physically isolated intensive care units (between in-hospital or base-cooperative hospitals) to monitor patient health in real time and conduct non-face-to-face consultations if necessary.
  • It can provide higher-quality intensive care services to areas with insufficient medical resources and increase the efficiency of bed operation.

Support for Infectious Disease Crisis Response

  • In the event of an infectious disease crisis such as COVID-19, it automates the process of classifying severity and allocating quarantine beds to confirmed patients in the region.
  • Remotely monitor the vital signs of self-quarantined people and residents of the living treatment center and conduct non-face-to-face consultations between medical staff to predict and cope with worsening severity early.

Unified Infection Control

  • It automates infection control tasks periodically, from "access control" to "movement analysis" to "congestion management" to "environmental disinfection" for all visitors in the hospital.
  • Enhance patient safety by reducing simple and repetitive human tasks and increasing the efficiency of infection control.

Intelligent Intra-Hospital Logistics System

  • It builds an unmanned delivery system between pharmacies, supply rooms, and wards using self-driving robots and a more secure biometric authentication system.
  • Increase operational efficiency by reducing the time and manpower required to deliver goods.

Intelligent Automation of Workflow

  • It builds a four-free (no claim, no inventory, no inspection, no unmanned) intelligent logistics system through standard quantity prediction, automatic inventory management, and robot delivery.
  • Increase the efficiency of the logistics management system and minimize repetitive administrative tasks to create an environment where you can focus more on patient care.

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Patient Journey

Back Office (Clinical Support)