High Reliability:
The hospital environment is complex and the usage frequency is high. Industrial control monitors are required to have the ability to operate stably for a long time, reduce the downtime due to malfunctions, and ensure that self-service devices such as registration machines, payment machines, and report printers are always available for patients. If ordinary commercial displays are used, it is easy to be damaged and have circuit failures. The industrial computer monitor has passed multiple durability tests and fine manufacturing processes to ensure its long-term use in the hospital environment. High-quality industrial-grade panels and stable electronic components are adopted, and they have undergone strict aging tests to guarantee normal operation under high-temperature, high-humidity and other environments.
Clear Visibility:
To meet the usage needs of patients of different age groups, monitors should possess the characteristics of high brightness, high contrast and wide viewing angles, so that the screen content can be clearly seen under strong light or from different viewing angles. For instance, LED backlight technology is used, and the brightness is adjustable, ensuring that clear images and text information can be presented even in complex light environments like hospital lobbies, which facilitates patients to operate self-service devices to complete procedures such as registration and inquiries.
Industrial computer monitors have high definition and visual effects, and can provide good image clarity and color vividness under different light environments. For hospital self-service inquiry and payment equipment, patients need to see clear images and information during use. The high-definition industrial computer display can not only provide clear text and numbers, but also allow patients to understand their needs more intuitively. Information.
Optimization of Touch Function:
Most hospital self-service devices adopt touch operations. The touch screens of industrial control monitors should be sensitive and accurate, and support multi-touch to achieve fast and convenient human-computer interaction. For example, capacitive touch screens are equipped, which can accurately respond to patients' touch commands. Whether it's selecting departments, inputting information or confirming operations, all can be carried out smoothly, improving patients' usage experience and reducing operational errors.
Hygiene and Easy-to-Clean Property:
Considering the hygiene requirements of hospitals, the monitor housings should be made of antibacterial materials, and the screen surfaces should be easy to clean to prevent the breeding and spread of germs. For example, special coatings are used to make stains less likely to adhere, and the screens can be wiped with regular disinfectants. During special periods such as the high-incidence season of influenza, the health and safety of patients and medical staff can be ensured.
Industrial computer monitors also have protective performance and ergonomic design, and are liquid-proof, dust-proof and shock-proof. In the use of hospital self-service inquiry and payment equipment, industrial computer monitors can avoid damage to the equipment due to external factors such as liquid splashes and dust, and the ergonomic design makes it more convenient and quick for patients to use.
Compatibility and Expandability:
They should be compatible with the existing information systems and various hardware devices in hospitals, facilitating the integration of software systems such as registration, payment, and inspection report inquiries. Meanwhile, certain interfaces and expansion capabilities are reserved to adapt to the future business development and technological upgrading needs of hospitals, such as adding new payment methods and enabling data interaction with more medical devices.
All in all, the use of industrial computer monitors in hospital self-service inquiry and payment equipment greatly improves the reliability and durability of the equipment, and at the same time provides high-definition and protective performance, as well as good ergonomics design, allowing patients Experience more comfortable and convenient services in use.