flow (hereinafter referred to as PFOS), let me first talk about what this is. It is actually a system used to improve the smoothness of a series of links such as access to patients during medical treatment in medical institutions. You can imagine what it needs to do is to enable the patient to achieve a more rapid, convenient and orderly effect in the entire process of seeing a doctor? The medical pass through the entire hospital – the medical pass process is very smooth.
Now let’s break down some key points. First of all, here is the appointment sign-in and registration. What information-based measures can PFOS be designed in this way, so that it can establish an electronic appointment and self-service sign-in mechanism. This means that it is convenient for patients who want to come to see a doctor or register, so that these situations in different departments or doctors can be displayed in the system. Can patients quickly check when they have free time? Then the arrangement for your medical treatment is like this. Patient flow optimization systems saves the time of queuing, do you understand?
Let’s talk about regional navigation. After the patient arrived at a large and complex site structure in the hospital, he was really worried that he could not find the place. Through this space-enhanced navigation method with advanced navigation technology and visual display, use this to arrange the logo and positioning guidance tools everywhere in various areas of the hospital, waiting areas, department examination rooms, etc., it feels like a little angel who silently guides you. With the journey of seeing a doctor, you will walk to the area where you should do your business.
In terms of waiting management. The advantage of PFOS is to track these in real time – the patient's waiting status, where the patient is ranked, and how long it will be expected to wait. In this way, through the ability to push information in real time, we can convey messages and instructions to patients in each patient, and we can also use the patient's mobile phone, and place large screens in the hospital. The audio is to facilitate the elderly who are not good at looking at mobile phones. After such a fuss, it can effectively relieve the patient's anxiety and impatientness – anyway, it is the feeling of being very unhappy for a long time.
Then the transport process is optimized. When hospitalization or patients need to move around in different places, the management system has a very cool function. By connecting with transportation equipment, it dispatches these transportation vehicles, such as those specially pushing the patient's car and transport, coordinates the patient's back and forth, from discharge to other wards to examination rooms, and directly solves the problem with a set of all planned and calculated systems to solve the problem. There is basically no obstacle. The smooth transition point in patient transfer is to help all aspects of medical activities, right? Moreover, the system can make the ward resources empty beds and the current dynamics of transportation tools – in short, everything that can be used can be linked to facilitate management personnel to take effective measures quickly and improve the efficiency of resource utilization.
Okay, let’s start with all kinds of small questions and answer them.
How can this kind of medical system improve efficiency? PFOS must collect and analyze key data in different processes: how long does a patient spend in various places, how many times a patient is dealt with… By in-depth research on a series of these data results, we can clearly find where to delay things and affect efficiency. Then, in the next step, directly optimizing these corresponding parts will naturally drive higher efficiency. This system's advantages are reflected in a simple way.
Will the patient complain about being dissatisfied with this kind of optimization method? Then: optimization must be fully considered in the patient satisfaction survey – whether this service is keeping up, whether the guidance is clear or not – the system is built around ensuring a good interactive experience. In fact, many designs are specifically modified based on patient feedback.
How to view PFOS in different sizes of medical institutions: Generally speaking, PFOS can be used in various hospitals, but the plan needs to be adjusted according to the scale. In the large patients, there are more types and complex situations, so we need to customize larger and more detailed systems. Planning and investment must be more and more detailed and detailed processing. For small hospitals, the structure is simple, and the main focus is on convenient operation. The core optimization functions are implemented to focus on some of the key points.
In addition, I would like to tell you: Provide global procurement services for weak-current intelligent products, and you can find out that it is beneficial to some weak-electric intelligent business projects. In fact, for a useful management system such as PFOS, medical institutions are really worth considering. This is good for promoting efficient communication between doctors and patients, and the normal and stable and safe medical treatment process of hospitals, and the conditions provided to patients are really better. This system is popularized and promoted and will be an important measure for future progress.
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