Q: Does the system support parents to receive notifications of infant status updates remotely?
A: Yes, some advanced infant anti-theft nurse call systems allow parents to receive notifications of infant status updates through mobile phone apps or other remote communication methods, including infant safety status, nursing records, etc., to enhance parents' sense of participation and peace of mind.
Q: How do I manage the access rights of different medical personnel to the system?
A: The system usually has strict rights management functions, which can assign different access rights according to the roles and responsibilities of medical personnel. For example, a nurse may only be able to view and respond to calls in her area of responsibility, while an administrator can configure and manage the entire system.
Q: Does the system support custom report generation to meet the specific needs of the hospital?
A: Yes, the system can support custom report generation function. Hospitals can set the content, format and generation cycle of reports according to their own needs, so as to better monitor infant safety, evaluate system effectiveness and internal management.
Q: Will the system continue to work in the event of a power failure or network outage?
A: The system is designed with power and network failures in mind. Some systems are equipped with backup power (such as UPS) and offline operation mode to ensure that they continue to work for a period of time in the event of a power failure or network outage, and to preserve critical data.
Q: Does the system support data exchange with other hospital information systems (e.g. LIS, PACS)?
A: Depending on the design of the system and the level of information in the hospital, some nurse call systems may support data exchange with other hospital information systems (such as LIS laboratory Information System, PACS Image archiving and Communication system) for more comprehensive medical information integration.
Q: How can I ensure that the baby bracelet will not fall off or be damaged when the baby is bathing or swimming?
A: Baby bracelets are usually designed with adjustable clasps or straps to accommodate different baby wrist sizes and to ensure that they will not fall off easily when bathing or swimming. In addition, the material of the bracelet will also consider waterproof and durable characteristics to cope with water splash or short immersion.
Q: Does the system support automatic lighting in low light at night?
A: Although this is not a direct function of the baby anti-theft nurse call system, some advanced systems may integrate a linkage function with the hospital lighting system to automatically trigger the lighting equipment at night or in low light environments to provide a clear view and a safe working environment for the medical staff.
Q: How to evaluate and upgrade the system periodically?
A: The hospital should establish a long-term cooperative relationship with the supplier and conduct regular performance evaluation of the system. The vendor provides the necessary upgrade services and support to ensure that the system is always up to date and performing at its best. Performance evaluations may include tests of response time, stability, security, and more.
Q: Does the system support two-factor authentication or multi-factor authentication of the baby's identity?
A: In order to improve the accuracy and security of infant identification, some systems may support two-factor authentication or multi-factor authentication mechanisms. For example, in addition to the baby bracelet, technology such as fingerprint recognition and facial recognition can be combined to further confirm the identity of the baby.
Q: Does the system have automatic learning to optimize the accuracy of alarm triggering and reduce false positives?
A: Some advanced baby-proof nurse call systems may have automatic learning features. By analyzing historical data and user feedback, the system can continuously optimize algorithms and parameter Settings to improve the accuracy of alarm triggering and reduce the rate of false positives. This automatic learning function can help the system better adapt to different hospital environments and operating habits.
