· Record the real-time arrival location and time point of patients during surgery, and timely push relevant business systems;

· After the attending doctor issues a surgical application form, the operating room will schedule the surgery for the patient;

· During the surgery, itinerant nurses, patient families, anesthesiologists, surgeons, and doctors for the next surgery, similar to the aviation signage system, all relevant personnel can pay attention to the current progress of the surgery;

· Solve problems such as busy medical staff during surgery, inability to update surgical progress in a timely manner, patient notification system not changing surgical status, and anxiety among patient family members waiting;

· It is necessary to prepare for the surgery in a timely manner based on the current progress of the surgery, and the timely update of the surgery announcement system can easily grasp the preparation time;

· Hospital managers can monitor the on-time opening rate of each operating room in real-time through the perioperative management system;

· By using data reports, it is possible to directly correspond to the delayed operating room, surgical type, and leading surgeon, thereby providing quantifiable data support for improving on-time rates.

Level 3 verification

· According to operating room management standards, data-driven surgical safety management is utilized to form a three-level verification of adverse event reporting in wards, outpatient and emergency departments, operating room preparation rooms, and operating rooms;

· Ensure that the patient's vital signs, examination reports, documents, and other preparations before entering the surgery meet the requirements;

· The third level is tripartite verification in the operating room, achieving dynamic mastery of the patient's surgical conditions.

Intraoperative operation

· AI intelligent assisted surgical instrument inventory, pressure ulcer assessment management, operating room safety verification and other medical documents, and interface with the hospital's existing HIS, LIS, PACS, EMR, pathological blood transfusion and other systems;

·Realize centralized management of all nursing documents during the perioperative period, and can be customized according to hospital needs.

Convenient and fast

· One click transfer application, generate patient pick-up and drop off tasks, and automatically link with caregiver dispatch orders;

· One click generation of room cleaning tasks, automatic linkage of caregiver task allocation;

· One click rescue call, notifying medical staff to promptly rescue patients;

· One click call to mobile CT, automatically assigning tasks to relevant medical technicians.

Active alarm

· Utilizing wearable temperature sensors to collect real-time intraoperative temperature of patients, achieving full process temperature monitoring and automatic reminder of intraoperative hypothermia:

· Intelligent infusion monitoring technology, real-time perception, active reminder, and intraoperative assistance for medical staff to pay attention to infusion status;

· Environmental sensing technology provides timely warnings for abnormal temperature and humidity during surgery, as well as excessive oxygen concentration, to avoid safety hazards.