Recently, Digitimes Research released the smartphone market research report for the third quarter of 2015. The report shows that Samsung and Apple are shipping 40% globally, Samsung first, Apple second; rankings 3 to 6 are Huawei, Lenovo, LG and Xiaomi. In fact, in addition to these well-known names, talking about mobile phones, we will immediately emerge the Nokia, HTC, Meizu, OPPO and other brands in our minds, then how do these Internet giants or electronic leaders in the medical and health fields play their part? What are the differences between them? At the beginning of the 2016 New Year, we will make an annual inventory of the heroic feats of the giants, not only to witness a better future, but also to create more miracles.
overseas--
Apple's masterpiece: medical health open application platform
In December this year, according to the latest data from the US market research company IDC, global wearable device sales increased by 200% in the fourth quarter, with total shipments reaching 21 million. Fitbit ranked first in the industry, Apple ranked second in the world, and Xiaomi was the third. .
Overall, Apple's mobile ambitions are not healthy, and more focused on medical applications. In fact, Apple's mobile phones and tablets have long been in the medical field for many years. A few years ago, it was proposed to use the iPad to improve medical services. Practitioners use the iPad in the medical process, and some use it as a diagnostic aid to remotely monitor patients or to access medical information. In addition, the iPad's high-definition imaging technology can be used to display 3D anatomical structures or medical image images, or high-definition surgical video, use iPad to educate patients, make full use of multimedia, such as video, animation, pictures, graphics and other means. Resources teach patients about specific diseases and conditions; doctors can use the iPad to record medical notes, even as a medically-imported body-adhered tool, pre-examination on the iPad for psychological examinations and other small diagnostic evaluations.
In terms of smart phones , Apple developed the M7 chip embedded in the mobile phone. The M7 can continuously monitor the data of various sensors, such as accelerometers, gyroscopes, electronic compasses, etc., and integrate various sensor data into the chip for special analysis and processing. Get more real-time data for diversified applications.
In June 2014, Apple released a new mobile application platform to collect and analyze user health data. The platform was named “Healthkit†and Healthkit will integrate the collection of other third-party health applications on the iPhone or iPad. Data such as blood pressure and weight.
In specific applications, Apple and Mayo Clinic are working together to break the deadlock of isolated, one-sided data from a single health application, and to gain a comprehensive understanding of user health by integrating multiple monitoring applications. Stanford and Duke University Hospital in the United States also conduct clinical tests on Healthkit's data monitoring and function to test children's type 1 diabetes and monitor patients' cancer, blood pressure and body weight of patients with heart disease.
Of course, Healthkit's capabilities go far beyond this. Last November, there were data showing that there were 137 healthy apps on Healthkit. Most are health tracking type apps. In addition to Healthkit, the medical diagnostic platform Researchkit was released in March this year. Apple expects to turn the iPhone into a medical diagnostic tool with a more professional ResearchKit. ResearchKit is also an open platform that allows medical professionals to create diagnostic apps and access iPhones. There are many apps that share data on the Healthkit that Apple already has. The first batch of apps targeted five diseases.
It is also worth mentioning that Apple is also focusing on the Internet of Things field, launching the smart home platform Homekit. The first homepack smart home products released in June this year are from five manufacturers, which can control the lights through iPhone, iPad or iPod Touch. , room temperature, fans and other household appliances.
In addition to several major software system platforms, Apple's Apple Watch is definitely enough for the eyes of the people of the world. Apple Watch has three versions of common, sports and custom models. In terms of functions, Apple Watch focuses on health monitoring and reminders. And more than 200 compatible apps. In terms of cooperation, in September this year, Google announced the release of the Android Wear App for iOS, which allows users to connect Android Wear smart watches to Apple phones.
As a direct force for Apple, Samsung’s lasting innovation in digital healthcare is equally amazing.
Samsung: Wearable devices are constantly emerging
Samsung Electronics, the largest subsidiary of the Samsung Group, is mainly engaged in the placement of wearable devices and health applications in the mobile medical field, and strives to create medical care on mobile phones. Samsung Electronics launched the super smartphone "Galaxy S" in 2010. Among all the mobile phones on the market in 2014, Samsung Galaxy has more than 10 sensors, making it the company with the most sensors among the mobile phone manufacturers on the market. A research report in July pointed out that Samsung's research and development in the field of wearables is increasing, and the types of wearable devices are diverse and complete, and it is expected to become the company with the largest number of patent applications in this field.
As the first technology giant to launch smart watches, Samsung launched Galaxy Gear in September 2013 and Gear S in 2014. In July this year, it is rumored that the round smart watch Gear A will be launched soon. Watch Gear A display 1.65 inches, resolution 360 × 360, 768MB RAM memory, 4GB internal storage space, including GPS, heart rate sensor, gyroscope, accelerometer, magnetic sensor, barometer 6 sensors.
At this point, there are a total of 7 smart watches: in these smart watches, there are very familiar pedometers, heart rate and other functions, such as the Gear S2 watch has a main health monitoring application S-Health, convergence sports cycle, Sports program, professional sports monitoring, heart rate measurement, heart rate monitoring, testing UV intensity and "eight cups of water" and other practical functions. In fact, S-Health also exists on Samsung mobile phones. For the first time, you need to input personal height, weight and other information to facilitate future exercise and recording. Then put your finger on the sensor on the back of the fuselage, the measurement will start automatically, after completion Measurement data can be displayed.
In addition, Gear fit is a smart bracelet from Samsung. It has beautiful interface and features the same fitness tracking function. It continuously monitors the number of steps, walking distance and calorie consumption. The bracelet is only compatible with Samsung's mobile phones and tablets.
Last May, Samsung launched a smart health tracking watch called Simband. This smart wearable device not only tracks the user's blood pressure, breathing, heart rate, blood, but also through the different wavelengths radiated by the wearer's skin. At the same time, Simband can provide 24-hour power supply and support users to “charge on the wrist†while sleeping, thus solving a common drawback of smart wearable devices.
At the same time, Samsung also launched Samsung's multi-channel interactive architecture SAMI, which is essentially an open source health software application platform that can collect sensor data from different devices and analyze it, not only supporting the real-time transmission of data between watches and mobile apps, but also to third parties. Developers provide API interfaces and become an open digital health data platform. Samsung's move is far-reaching, and it can capture the massive data of other health apps that access the platform. After that, these important data are analyzed and “normalized†and shared with other application developers. So the Simband fitness bracelet is also the benchmark design hardware, an open template, and is expected to integrate the new sensor modules for future wearables.
Earlier this year, it was reported that Samsung’s team of engineers developed a wearable device that can detect early-stage strokes by sensing brain waves. The prototype of this device has been released, called EDSAP, and EDSAP can detect the brain. The radio waves are wirelessly transmitted to the connected device and the probability of a stroke is determined within 1 minute. In addition, when used for a long time, the device can also analyze the wearer's neurological health through stress, anxiety and sleep patterns.
At this point, Samsung has formed a "Samsung Smart Health Ecosystem" consisting of bioengineering processors, SimBand, Gear, and S-Health applications, so Samsung's goal is very clear, and user health management through smartphones. At this year's Boao Forum for Asia, Samsung said it will continue to enter the mobile health market, use IT tools to cooperate with medical institutions to build its own health management system, and at the same time strengthen cooperation with insurance companies, pharmaceutical factories and hospitals to bring health and medical industry. Get through and build a grand medical ecosystem.
In fact, Samsung's wearable devices are not just medical health. In May of this year, a new chip Artik was launched. The purpose of creating this super chip is to connect everything. The Artik series processor combines hardware and software to make Samsung Quickly and easily create IoT devices. From this point of view, Samsung will use the Internet of Things chip to connect everything with mobile devices such as mobile phones to achieve Internet of Everything.
In addition, in terms of investment cooperation, Samsung also made extraordinary efforts. In February 2014, Samsung and the University of California, San Francisco (UCSF) reached a new medical research and development cooperation project, and established the "UCSF-Samsung Digital Medical Innovation Lab." The lab created a new medical sensor and technology test platform to test and validate the many health-related medical devices on the market.
LG keeps up with the trend of the times and is not left behind.
In January 2014, at the International Consumer Electronics Show (CES), LG released the first smart wearable device, the smart bracelet Lifeband Touch. In terms of health, it can not only monitor the number of walking steps of users. Health data such as calories burned, as well as blood pressure, heart rate and other data. Lifeband connects to iOS or Android phones via Bluetooth and connects to apps such as RunKeeper and MyFitnessPal. Similarly, Lifeband can integrate headphones with built-in heart rate sensors.
Last year, LG's G Watch R was named one of the most beautiful smart watches of the year. G Watch R is a true round dial. It is the second Android Wear product launched by LG. There is a microphone under the watch, which can rely on the microphone to record voice information. . The G Watch R has a heart rate detector on the back that glows green when working.
Then LG's G Watch is the first generation, with a square appearance and a 9-axis accelerometer, more like a miniature LG phone. But the first generation of LG watches did not have heart rate monitoring.
In March of this year, LG launched the highly acclaimed G Watch R, and once again launched a round smart watch called the Urbane series of smart watches, which is also the first smart watch to support LTE network. The collection includes two smart watches, LG Watch Urbane and Urbane LTE. Both Urbane have a built-in virtual fitness instructor and GPS chip that monitors the user's running or cycling, and the built-in heart rate sensor and barometer can also be monitored for mountaineering. LG even added built-in motion sensors, accelerometers, gyroscopes and compasses to golf enthusiasts.
In December 2014, LG's mobile app, LG Smarthealth, was approved by the US FDA. The app tracks activities including walking, running, cycling, skating and planning routes, as well as thermal tracking, while allowing users to set heat and exercise. The goal, although the above is a tracking function of healthy sports, does not require FDA certification, but LG applied for FDA, indicating that the future plans to expand the medical field.
Additional licenses are listed in the category of “mobile and receiver, physiological signals and radio frequencyâ€, a common mobile health provider, and in the cardiovascular catalog, which also indicates that LG devices or apps may be used for heart rate tracking.
In cooperation, in 2012, LG's US-based research and development subsidiary Zenith also partnered with San Diego-based Independa, a company that specializes in telemedicine product development for aged care. Through cooperation, LG plans to integrate Independa's cloud medical Angela into TV.
Nokia starts from scratch, brewing wearable
Foreign media commented on Nokia that Nokia is not dead, it just fell asleep. I heard it very familiar, because China was also considered to be a sleeping lion, but now I woke up. There are reports that Nokia will return to the smartphone market in 2016. Nokia Chairman Risto K. Siilasmaa said at the World Internet Conference in December 2015 that Nokia will focus on virtual reality VR and digital health in the future.
The future layout is still centered on the Internet of Things: "Nokia is thinking about new opportunities and is considering changing the world. In this world, connectivity can be further expanded, and hundreds of millions of things can be linked together, mobile phones, Wearables and health devices are connected and put into the cloud for analysis. The era of the Internet of Everything has many benefits, it can be changed from waste to savings, and complexity is simplified," Risto K. Siilasmaa said.
In August of this year, Nokia launched a health-based wearable device, Nokia's new application for patents also corroborated Nokia's rumors of wearable device development. One of them is a healthy wristband that collects physiological data or steps from the user; it is unique in that it can be contracted and always in proper contact with the skin being used, thus enabling more A better user experience while collecting more accurate data.
In order to collect data on heart rate, blood pressure or skin moisture, the sensor must have proper contact with the user's skin. And when the sensor does not collect data, there is no need to keep in touch. If the wristband is not worn tightly on the wrist, the user experience will be better. Therefore, the wristband is tightened when it is necessary to collect data, and then automatically released after collecting the data, which brings a better experience.
In May 2014, Nokia developed the SensorCore low-power chip, which saves power and reduces mobile phone power consumption. Because when many applications, such as fitness and health applications, want to use chip data, it can consume a lot of power, and this SensorCore can run at low power.
In January of this year, it is reported that Nokia may launch the Here wearable smart watch. Not listed yet.
domestic--
Huawei combination punch: medical information + health cloud platform + smart wearable
In the domestic market, the number one player is definitely the first to sell. As a leading provider of information and communication solutions, Huawei can directly serve medical institutions in the medical field, help hospitals realize medical informationization, and provide technical support for the establishment of digital hospitals.
The most prominent is Huawei's cloud computing technology. Huawei launched IaaS-type services for enterprise-level customers, providing a neutral, secure, and professional public cloud platform for enterprises, and creating a healthy cloud computing ecosystem. Infrastructure and solutions are widely used in areas such as healthcare.
For example, in July 2015, Huawei cooperated with Jiuzhoutong, Donghua Software, and the First Affiliated Hospital of Zhengzhou University to jointly establish the Internet Medical and Medical Big Data Collaborative Innovation Center. Design and develop a one-stop solution for hospitals in many aspects such as big data, e-commerce, telemedicine, and remote monitoring equipment.
September 2015: Huawei cooperated with Peking Union Medical College Hospital to launch a mobile APP registration system based on Huawei Cloud. The mobile phone registration of the association hospital can realize the functions of registration of mobile terminals, inquiry and inspection reports, consultation and medication. In the future, we will enrich and expand more functions.
November 2015: Huawei and China Pearl Holdings established an important partnership to jointly expand the operation of cancer diagnosis and treatment services and the big data analysis market. In the field of big data on cancer diseases, Huawei is responsible for big data analysis operations and provides big data analysis solutions for China Pearl Holdings.
December 2015: Huawei and Core Lianda cooperate to launch the hospital 4G "Internet +" solution.
In terms of telemedicine, Huawei built a telemedicine platform for the first affiliated hospital of Zhengzhou University, covering 118 counties in Henan Province. Similarly, Huawei has also established an innovative remote network model for Karamay, a telemedicine platform that connects several cutting-edge collaborative hospitals and serves several provincial hospitals.
In addition, Huawei also proposed a remote health program, which includes remote chronic disease management and location assistance. Remote chronic disease management can remotely measure blood pressure (BP), electrocardiogram (ECG), body temperature (TEMP), blood oxygen saturation (SPO2) and other indicators, remote guidance, intervention by medical staff, serving heart disease, high blood pressure, etc. Chronic patient. Positioning rescue to achieve GPS positioning of patients or the elderly, as well as one-click rescue of patients in emergency situations. At present, the partner in registration is the registered network. The partner in consultation and consultation is Dr. Chun Yu.
In terms of hardware and wearable devices, Huawei still has outstanding achievements. In September 2014, the mobile medical cart RP200-H was launched, which has good mobility and rich functions, such as bedside consultation, patient care, remote visit, remote intensive care, surgical teaching, teaching rounds and so on.
In the consumer field, Huawei and Samsung, Apple, etc., also have smart applications with wearable devices to monitor health data. In Huawei's main models Mate8, Mate S, and Glory 7, there are health platforms that integrate a variety of medical apps, and can connect Huawei's own smart watches, smart bracelets, and smart headphones. The motion monitoring function includes automatic recording of motion data such as steps, distance, and calories. The wearable devices that can be accessed include a sphygmomanometer, a blood glucose meter, and a body fat scale.
Huawei's smart wearable devices include smart watch Huawei WATCH, smart bracelet TalkBand B2, glory bracelet zero, glory bracelet (B1), and smart headset TalkBand N1. In fact, this Huawei watch is understood by the industry as a public squad with HTC, forming a group of Jawbone-Huawei, UA-HTC competitors.
Huawei's smart watches can sense the number of steps, calories, altitude, heart rate, and can automatically monitor user activity when the user walks, runs, rides, climbs, or sleeps. It does not affect daily behavior. The appearance looks like a high-end Swiss watch, but the heart is inside. It is a smart multi-function sports watch, so the style of mashup is also a very creative place. Users can freely choose 40 analog dials, receive reminder notifications, track health, and check emails.
Therefore, as mentioned above, in the competitive landscape, the foreign brand is Samsung VS Apple, and the domestic brand is Huawei VS HTC. So what are the exciting measures HTC has in the medical and health field?
International HTC, medical and health all-inclusive
In fact, HTC in Taiwan has also performed well in the medical field. According to legend, it is an old news at the end of December last year. HTC is about to release several HTC Tricorders, which are personal intelligent medical testing devices. There are four types: Ear plug, Ear scope, Lens cap and Skin scope, which cover the skin and ears respectively. It can also monitor blood, urine, exhalation, etc.
For example, the device has an built-in electronic nose that analyzes the chemicals in the breath to determine if the user has pneumonia. The skin microscope and the ear canal microscope can transmit the instant image to the mobile phone wirelessly. The user only needs to put the ear canal microscope into the ear. If the user has the sign of otitis media in the ear, it can be transmitted through the mobile phone. Remind the user.
I still don't know that the above is just a concept or a product being developed. As can be seen from these health accessories, HTC has boldly moved toward the medical Internet of Things field, similar to Samsung, Apple, etc., and is also pursuing the international route of the Internet of Everything.
It has also been speculated that the road to HTC transformation may stem from the lack of competition in the European and American markets and the decline in sales of smartphones. Only then began to pay attention to the Chinese domestic market, so it began to enter from the concept of innovative wearable devices and medical health.
For example, HTC and the US sports equipment brand Under Armor jointly developed a fitness product: an intelligent weight scale called "UA Scale." It is a Bluetooth scale that measures body weight and fat in the body. In fact, the two companies have jointly launched the wrist fitness tracker HTC Grip. In March of this year, HTC showed the products. HTC Grip is known by the industry as a stepping stone to enter the wearable smart device. This wearable device is waterproof and can track speed, distance, running calories, cycling and gym workouts and sleep. The device has a GPS location function that syncs data to the smartphone without a mobile phone. Since cooperation with Under Armor, the natural HTC Grip data will be synchronized to the Health Data Collection APP UA Record developed by Under Armour. In fact, UA Record is also an open platform product, which is a collection of other sports apps and can be combined. The software that wears the device.
In addition to Grip, HTC also released a tracking app in March called Fun Fit, which measures the number of steps, distance, energy consumption, exercise time, etc., and draws daily, weekly, monthly, quarterly and The annual motion curve helps users understand the movement. The app creates an avatar for the user and connects to friends via Facebook, so the user can maintain social interaction with friends.
Last March, the news said that HTC became the only Android system designated by Fitbit, and the Fitbit APP smartphone. This is related to HTC designer Jonah, who later served as the new vice president of industrial design at Fitbit. After HTC acquired One & Co., Jonah worked for HTC and was responsible for leading the design of the HTC One M8 and M9. While at One & Co., Jonah was responsible for sports-related projects, including designing products for Adidas, Burton Snowboard, K2 Sports, Nike and Les Fes. So the relationship between Fitbit and HTC has been around for a long time.
In fact, as early as 2009, HTC also released a HTC Fuze mobile phone, which has been discontinued. At that time, Wound Technology Network (WTN) used this mobile phone to help doctors diagnose and make prescriptions for patients with chronic wound recovery. It is a management software for remote assisted wound healing. At that time, many doctors, nurses, and physician assistants were using the phone, and users could enjoy doctor's treatment at home.
Moreover, in order to assist the treatment, the doctor also used the HTC mobile phone to take pictures of the patient's wounds, and the disease was passed to the injury treatment expert. The pictures were also included in the patient's electronic medical record.
In 2010, HTC launched the EVO mobile phone to serve the military. The US Marine Corps has considered porting electronic medical records to iOS and Android devices. The Army Medical Communications Combat Casualty Care Software (MC4) has tried on Apple products and HTC's EVO and Samsung's Epic. Similarly, the professional medical imaging diagnostic software APP, called Calgary Scientific's Resolution MD, was later approved by the FDA and was also used on the HTC EVO 4G device at the time.
In investment or sponsorship research and development, in August 2010, Nokia, HTC and other sponsored a video chat software development, designed for users with hearing impairment or hearing impairment. In November 2014, InfoBionic raised $17 million for remote cardiac monitoring systems. One of the investors has HTC. Wearable devices can transmit data such as arrhythmia, electrocardiogram, heart rate, and heartbeat to the cloud directly. Intelligent analysis of the cloud, after initial screening of the data, remove the false positives, and then pass the analyzed data to the doctor. The doctor can view the patient data through the webpage and APP, and even directly diagnose through the APP.
Finally, HTC has always maintained an open attitude and has been freely connected to multiple health monitoring applications. For example, in 2013, it cooperated with the FDA-approved AliveCor ECG monitoring equipment. The monitoring data can be uploaded to the HTC mobile phone. Earlier, 2010 AirStrip Technologies, in partnership with Sprint, provides hospitals with a range of medical-grade system solution software. AirStrip's APP allows patients to remotely monitor in real time, transferring critical patient data from hospital monitoring systems to medical personnel's mobile devices. The app will be available on HTC EVO 4G and Samsung Epic 4G phones.
In June of this year, Chairman Wang Xuehong once said that in the smart phone business, there will be refreshing star products in the second half of the year. Next year's flagship machine will have more breakthrough design and technology innovations. In addition, it will be strengthened. The combination of products to meet market demand. HTC quickly fulfilled its promise. In December 2015, at the HTCVIVE UNBOUND HTC Unlimited Developer Summit held by HTC, HTC demonstrated the application of HTC Vive in movies, entertainment, medical, real estate and other scenes. All participants felt The fantasy experience that HTC Vive brings to the virtual reality world. At the conference, Wang Xuehong said that he is very optimistic about the VR field and believes that virtual reality will change the way of life in the future.
Therefore, I believe that HTC's pursuit of innovation will not stop, please stay curious, wait and see for HTC.
Lenovo medical information + initial test smart wearable
Lenovo's efforts in the medical field, one of the performances, is that Legend Holdings enters the medical industry through strategic investment in medical companies. For example, the injection of Bayer Dental Medical Group has further extended the business radius. In fact, in 2013, as an IT company, Lenovo launched Lenovo's intelligent “cloud†hospital solution, providing a comprehensive digital hospital construction program centered on personal computer, mobile terminal, back-end core server, storage equipment and other IT hardware infrastructure. This is exactly the same as Huawei's comprehensive medical information integration concept.
Lenovo's intelligent "cloud" hospital solution reinterprets the panoramic view of the digital hospital and intelligently integrates the hospital's desktop, mobile, server, and storage. For example, in 2014, Lenovo established a Lenovo Smart Medical Research Institute in cooperation with Wenyi, transforming it into a SAAS service provider. Adopting the cooperation with the industry's top independent software developer ISV to jointly establish the Smart Medical Research Institute to provide business consulting, process reengineering, infrastructure construction, software development and operation and maintenance for the entire hospital construction.
For example, in 2013, Shanghai Xinhua Hospital built a medical workstation with Lenovo ThinkCentre M4350q as its core; West China Hospital of Sichuan University equipped with 400 Lenovo ThinkCentre M4350q as a new mobile ward round system.
In the field of wearables, in November last year, TüV Rheinland in Germany presented the world's first smart wearable device certificate to Lenovo Group in order to promote the healthy and sustainable development of the wearable device industry. There are two aspects of certificate verification. The industry standards and technical regulations of major organizations are required; the second is to ensure that the products pass the TÜV Rheinland's dedicated user experience test. Soon after the card was issued, Lenovo released a Vibe Band VB10 smart bracelet at the beginning of this year, which marked a solid step for Lenovo to wearable devices.
Xiaomi cuts into mobile medical from hardware
Xiaomi’s layout in the mobile medical field is really far-sighted and has long established relationships with well-known mobile medical companies. At the same time, the layout of the medical field is still dominated by intelligent hardware. On July 22, 2014, at the 2014 Xiaomi annual conference, Lei Jun announced that users can enjoy convenient mobile medical services such as appointment registration through Xiaomi mobile phone. It is the registered network that provides this service for rice noodles. In fact, as early as 2007, Lei Jun’s personal angel investment institution sent a 3 million yuan angel round investment to the doctor, and the Shunwei fund initiated by Lei Jun also sent tens of millions of dollars to the clove garden in 2012. B round of financing. After that, Huami Technology, which specializes in the Xiaomi bracelet, also got tens of millions of Lei Jun at the beginning of the year.
On September 18, 2014, iHealth, a wholly-owned subsidiary of Jiu'an Medical, signed an investment agreement with Xiaomi Investment. Founded in 1995, Jiu'an Medical integrates research and development, production and sales. It is committed to professional testing of family, personalization and professional physiotherapy family. It is the leading manufacturer of electronic blood pressure monitors in China. Since then, the two sides also have an exclusive agreement, that is, Xiaomi promises not to invest in two types of companies within two years, one is medical products based on health big data, and the other is a product similar to iHealth with a single function such as blood pressure and blood sugar. . The cooperation model between Xiaomi and Jiu'an Medical not only communicated on hardware and software, but also innovatively utilized the e-commerce platform of Xiaomi website, which is expected to be emulated by Internet companies and hardware manufacturers. Perhaps because of this exclusive agreement, Xiaomi has no big moves in the mobile medical field since then.
In the domestic machine, the double eleven in 2015 gave birth to a new network term, "Citi sister", which is used to refer to the top domestically produced machines of the Handan Festival, namely Huawei, Meizu, Xiaomi, 360. Cool.
After introducing Huawei and Xiaomi, what is Meizu?
Meizu does not take the usual path, to build a hospital
In December this year, it is reported that the family intends to invest 20 million US dollars to invest in "Pen Ge Technology" to open a hospital and open overseas financing. The entire project is supported by technology and resources from a well-known overseas intelligent medical institution. “Pen Ge Technology†is a pioneering media platform. At the same time, it is also a wholly-owned subsidiary of Meizu Technology. It has been playing the role of “creating and sharing creative, interesting and cutting-edge good content†in the Meizu layout. For the best content that is circulated.
There is also a mobile phone that is popular among young girls. OPPO, established in 2004, is a global smart terminal and mobile internet company. In the field of mobile medical, OPPO is also a leader in domestic mobile phones. Smart bracelet, called O-Band. Stylish and feature-rich, O-Band's mobile app also includes a variety of data analysis and calculation functions, allowing users to fully grasp their physical condition.
The main functions of the O-Band smart bracelet are motion tracking and sleep monitoring. Through the built-in sensor of the wristband, both data will be recorded and collected. Although the O-Band smart bracelet also has an LED dot matrix screen, it can display limited data, so it is necessary to install the O-Band application on the mobile phone. In addition to recording, mobile motion tracking and sleep monitoring data, the O-Band smart bracelet also has some very user-friendly features, such as remote control photos, vibration reminders and so on.
In addition, in May 2015, OPPO released the compass Bluetooth bracelet, which integrates the motion loop display and heart rate monitor functions. The Compass bracelet supports heart rate monitoring with a black and white display.
From the above comparison, it can be seen that among overseas mobile phone brands, corporate executives pay more attention to the concept of Internet of Things. The future development direction is also the Internet of Things. Nowadays, medical wearable devices or hardware are just the corner of application. In the future, brands must have a great role in smart homes. . For example, high-end branded Apple has realized the expansion of the medical field through the iPad and made a unique contribution to the improvement of medical services. Secondly, the iPhone and the wearable device Apple Watch have an open application platform. The open system can connect multiple applications and is compatible with various smart technologies. Hardware data integration; Samsung, with strong innovation ability, research and development of a variety of wearable smart hardware to make the world jump, but also build a healthy open cloud platform, can dock other brands of smart devices; LG, and Samsung and Apple Compared, the gap is obvious, but the strategic thinking is the same, and it is also a healthy cloud platform plus smart wearable; Nokia is still in a backward position, and is still in the field of wearable.
Looking at several domestically-selling brands of mobile phones, some companies such as Huawei and Lenovo have significant differences in strategic layout. Due to foreign medical informatization as an independent industry, there are already many mature companies, so the business is independent and able to It provides a comprehensive medical information solution for hospitals. However, the domestic field is still in the immature stage, and the number of independent medical information solutions providers is small. Huawei and Lenovo, as large enterprises in the information industry, have the ability to Medical institutions provide specific ways to realize informationization, and at the same time have the ability to independently develop intelligent mobile terminal devices. Therefore, the business can be widely expanded, and the corresponding software and hardware are developed for both enterprise users and individual consumer users. This is with foreign brands. Compared to the difference, the place is larger.
Specifically, Huawei mobile phones are constantly evolving in the field of smart wearables. They cooperate with well-known foreign sports brands to develop sports health tracking equipment and also intervene in medical-grade hardware equipment. At the same time, it cooperates with domestic leading Internet medical platform-type or resource-based enterprises to open mobile phone connection portals for users, which can guide the cooperation of Internet platforms, and at the same time facilitate mobile phone users and contribute to the habit of cultivating online medical care for users. Mobile medical industry development. Lenovo, in the field of wearable devices, has no obvious investment and does not have obvious competitive advantages, but like Huawei, it provides information solutions for medical institutions.
HTC is quite special. Because it is a Taiwanese company, its main energy has been put on the European and American markets. In recent years, the overseas market has been frustrated before it moved to the mainland. However, the development plan is similar to that of Samsung and Apple. It is obvious that the international model is taking the route. Wang, so the top management is more optimistic about the future of virtual reality technology, Internet of Things technology, etc. Similarly, in the field of wearable devices, active in medical applications, many years ago, following the mainstream foreign market, through the mobile phone for the military, The hospital provides software application services, so it is expected that smart hardware will remain one of the main development lines of HTC in the future. Xiaomi, relatively conservative, still pays attention to medical-related hardware facilities. Since the research and development, there is only one Xiaomi bracelet, which has invested in iHealth to complete the medical short board. At the same time, it has established investment cooperation relationship with registered network, good doctor and lilac garden.å°ç±³çš„想法还是且行且看，对移动医疗领域æŒè§‚望æ€åŠ¿ï¼ŒçŸæœŸå†…没有表现出大举å‘力的决æ„。
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2. Small molecule peptides participate in the synthesis of enzymes, but also increase the activity of enzymes and promote the smooth progress of biological reactions;
3. Small molecule polypeptides can improve the permeability of gastrointestinal mucosa, capillary walls, alveoli and other intermediate metabolic membranes, so as to better absorb nutrients, filter toxins, and prevent the invasion of pathogens;
4. Small molecule peptides can also synthesize specific proteins and produce special effects in the body. At the same time, small molecule peptides can not only supplement the nutrition of cells, but also improve the function and state of cells.
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