Highfive Electronics

Why did our clients select Highfive Electronics? As we are reliable to sweat the small stuff enytime, as this is the exclusive advantage. Not just we have rich experience and best experts. hiedesign.com #digitalhealth #digitalhealthcare #digitalcare #electronicsdesign #electronicsengineering #electronics #electronicsmanufacturing #odm #oemfactory

Six improved elements of digital health devices can be more easily accepted by the market? 1. Improve accuracy • For measurement functions, such as heart rate monitoring, blood pressure measurement, blood sugar testing, etc., improve the accuracy of data collection. More accurate data can make users more trust the device, especially for people with chronic diseases who need to monitor health indicators for a long time. 2. Enhance usability • Simplify the operation interface and process, and avoid complicated buttons and menus. For example, design a simple and intuitive interactive interface so that users who are not familiar with technology products, such as the elderly, can also easily get started. • Improve the comfort of wearing or using the device, such as optimizing the material of wearable devices, reducing weight, and making it suitable for long-term wear. Or use millimeter-ratio radar monitoring, without a sense of restraint, and have a high degree of freedom for the human body. 3. Extend battery life • Reduce the frequency of charging, such as by optimizing battery technology or energy-saving design, so that the device can be used continuously for days or even weeks, avoiding users from being troubled by frequent charging. 4. Add personalized functions • Provide customized health advice and reminders based on the personal information (age, gender, health goals, etc.) entered by the user. For example, customize exercise intensity and time recommendations for fitness enthusiasts, and develop diet and exercise plans for people who want to lose weight. • Allow users to customize the appearance of the device, such as color, strap, shell, etc., to meet the aesthetic needs of different users. 5. Strengthen data integration and analysis • Integrate the data collected by the device with other health platforms or medical systems, including third-party platforms and data, to facilitate users to view comprehensive health information. At the same time, provide in-depth data interpretation and analysis, such as trend analysis, risk warning, etc., to help users better understand their health status. AI integration is also a development trend, so that data and services with a good experience can meet market needs. 6. Improve the security of the device • Protect the privacy of users' health data and use encryption technology to prevent data leakage. At the same time, ensure the safety of the device itself during use, such as wearable devices will not cause allergies or other damage to the skin. Or some other effects of some devices on the human body, etc.

7 Confusions/Cocerns about AIoT Healtcare SaaS Platform and 7 Countermeasures

The 136th Canton Fair opened on October 15th to 19th, 2024. Our Booth: 8.1 J30 Are you an expert in the digital health industry? Or you are just starting out in the digital health industry. Our AIoT products will definitely attract your attention. We will show you our most innovative products on site. How is AIoT digital health combined with the platform? Welcome customers and new friends to our booth for consultation and communication! Whatsapp: +86 150 1268 7185 Our booth brings together cutting-edge innovations, high-quality flagship products, and our most professional team. Whether you need in-depth consultation on products or discussions on industry trends, we will wholeheartedly provide you with the most accurate and valuable information.

60GHZ mmWave Radar Fall Detection is populr to digital healthcare at home. Falling is the main cause of accidental death and injury in the elderly. For the elderly, the probability of fracture caused by falling is about 90%. Among the elderly over 65 years old, about one-third experience at least one fall each year, and most of them are injured and hospitalized after falling. According to the survey, falling directly leads to medical expenses of tens of billions of dollars each year. If the elderly are not found in time after falling, the risk of falling is much greater, because the elderly are often unable to get up independently after falling, and lying on the floor for a long time may cause hypothermia, dehydration, rhabdomyolysis, aspiration pneumonia and pressure sores, and even death. For elderly people living alone, it is more common that they are not treated in time after falling. In recent years, with the development of 60GHZ radar technology and Internet of Things technology, fall detection system has become a research hotspot in the field of medical health. If the relatives and guardians can be warned in time when the monitored person falls, it can not only reduce the risk of death and injury, but also reduce the consumption of medical resources. #mmwaveradar #falldetection #healthcare #aiot #digitalhealth #digitalhealthcare #homecare #elderlycare #digitalcare

#MQTT #protocol is the best choice for #AIoT 1. Due to its lightweight, low bandwidth, low power consumption, easy implementation and Internet-friendly connection, it is very suitable for AIoT (Artificial Intelligence Internet of Things) applications. MQTT protocol uses very little bandwidth and power, and can adapt to the limited resource characteristics of IoT devices. Compared with the traditional HTTP protocol, MQTT has smaller data packets and lower network load, which is suitable for low-bandwidth environments and low-power devices 2. MQTT protocol can provide a reliable message delivery mechanism, which is suitable for large-scale distributed devices and sensor deployment. Reliability, MQTT protocol provides three message service quality levels (#QoS), which ensures the reliability of message delivery in different network environments. 3. MQTT protocol also supports important IoT scenarios such as device status monitoring, real-time data transmission, telemetry, remote control, etc. These features make MQTT an ideal choice in the field of AIoT. 4. Flexibility and scalability: MQTT is based on the publish/subscribe model, supports flexible routing and two-way communication, and can adapt to the needs of various application scenarios. 5. Long connection and low-power and efficient connection management: MQTT usually uses the #TCP protocol to connect, and maintains a long connection after establishing a connection. It is suitable for IoT devices that need to send small data packets frequently, and realizes low-power and efficient connection management. In summary, the MQTT protocol has become the preferred communication protocol in the AIoT field due to its high efficiency, reliability, flexibility, and good support for low-resource devices. hiedesign.com #digitalhealth #healthcare #security #safty #protectative #homecare #socialcare #agetech #ai #creative #innovative #telecare #elderlycare

How does the #PIR human presence #sensor work? The simplest and clearest explanation. 1. When the human body is 37°C, it will emit infrared rays of about 10μm, which will be enhanced by the #Fresnel filter and concentrated on the infrared sensing source. The infrared sensing source usually uses a pyroelectric element. When the temperature of the human body's infrared radiation changes, this element will lose its charge balance and release the charge outward. The subsequent circuit can generate an alarm signal after detection and processing. 2. This probe is aimed at detecting human radiation. Therefore, the pyroelectric element must be very sensitive to infrared radiation with a wavelength of about 10μm. In order to be sensitive only to infrared radiation, its radiation surface is usually covered with a special Fresnel filter, so that the interference of the environment is significantly controlled. 3. Fresnel lenses are available in two forms: refractive and reflective. Its function is to filter and focus, refracting (reflecting) the pyroelectric infrared signal on the PIR; secondly, it divides the detection area into several bright and dark areas, so that the moving objects entering the detection area can generate a changing pyroelectric infrared signal on the PIR in the form of temperature change, so that the PIR can generate a changing electrical signal. 4. Passive infrared probe, whose sensor contains two pyroelectric units connected in series or in parallel. The two polarization directions of the two electrodes are exactly opposite, and the background radiation of the unmanned environment has almost the same effect on the two pyroelectric elements, so that the pyroelectric effects they produce cancel each other out, so the detector has no signal output. Once a person invades the detection area and moves horizontally, the infrared radiation of the human body is focused by part of the mirror and received by the pyroelectric element, but the heat received by the two pyroelectric elements is different, and the pyroelectricity is also different, which cannot be offset, and an alarm is issued after signal processing; if it moves radially, its detection ability will be much weaker. #pirhumanpresence #sensor #monitor #detector #digitalhealth hiedesign.com

#Injection Molding Design Solutions Product analysis Creation of parting line Split male and female molds Formwork Waterway Specification processing of each standard part, etc. The complete injection mold design function can assist users to quickly complete the injection mold design. Let’s learn about this solution with the help of two points of experience that the #plastic #mold design users have more feedback We provide reliable housing design and injection molding services to customers worldwide, one-stop service, reliable experts to provide you with fast and efficient services. https://lnkd.in/g5SqXQkA

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How much do you know for LCM? Low-temperature polysilicon (LTPS) means that polysilicon is synthesized at a relatively low temperature (~650°C and lower) compared to traditional methods (above 900°C). Because large glass panels are easily deformed when exposed to high temperatures, LTPS technology is very important for the display industry. More importantly, the use of polysilicon in LTPS is used in large-scale electronic equipment (such as flat-screen displays or image sensors). ) There is great potential in production. #LCD #TN #HTH #STN #FSTN #CSTN #TFT #LTPS #IPS https://lnkd.in/epTaGUkv