The current diabetes medical device market is dominated by six major manufacturers - Romax, Johnson & Johnson and Johnson & Johnson's Animas and LifeScan, Bayer, Medtronic, Abbott, and BD (Becton Dickinson & Company), which account for nearly 90% of the diabetes medical device market. % market share. The report shows that there are currently hundreds of companies dedicated to product development in this area. The report analyzes 5,900 diabetes device patents involving more than 500 patent assignees. Patent analysis shows that only 12 companies hold major patents, and their intellectual property rights do not cover emerging technology products on the market. This leads everyone to believe that small-scale companies with unique equipment still have good market opportunities and a competitive advantage in this immature market.
UBM TechInsights Technology Consulting and Espicom Business Intelligence jointly released the first analysis of the market and intellectual property in the diabetes medical device industry, which includes the latest market forecasts; detailed market trends and product trends, companies Opportunities and challenges; and an assessment of 5,900 diabetes device patents.
Many developed and developing countries have raised the issue of increasing prevalence of diabetes. In most developed countries, diabetes is the fifth-highest mortality disease, and its incidence is now rising in developing countries. According to data released by the International Diabetes Federation (IDF) in 2011, the number of people with diabetes worldwide has reached 366 million. IDF estimates that this number will reach 552 million by 2030 if no urgent measures are taken. This means that in 2030, one out of every ten adults is a diabetic. However, analysis shows that the technological development of diabetes treatment and monitoring equipment has not kept pace with the spread of the disease, and the various technical solutions currently under development may not be sufficient to meet the needs of patients and hospital staff.
Bill Betten, senior technical consultant in the field of medical devices at UBM TechInsights, commented: "The prevalence of diabetes is increasing all over the world, but according to the number of patents and application data for diabetes medical devices, new monitoring and treatment methods are progressing slowly, technical solutions The development of equipment that simply and accurately detects blood sugar levels continues. The methods of regularly monitoring blood viscosity and insulin injection through syringes and injection pens are still dominant, but little progress has been made in the past decade."
The latest report, Diabetes Market Patterns and Trends: Markets, Technology and Intellectual Property, shows that the global diabetes treatment and equipment market is growing and is expected to reach nearly $18 billion in 2017. However, growth in different regions varies, especially in the United States, Europe and other developed regions, which are facing price pressures and sales declines due to the economic downturn and the government's cuts in medical expenses. The huge demand for self-glycemic monitoring and insulin-injected products in emerging markets and developing countries has driven global market growth, and some manufacturers are turning to these markets in order to achieve new sales growth.
The RGBW Color Controller is in a predetermined order to change the main circuit or control circuit wiring and circuit changes the resistance value to control the motor start, speed, braking and reverse master device to control RGBW color.
The same design with RGB Color Controller . The difference in coding for RGB and Rgbw Color Controller.
The RGBW Color Controller subassembly logic controllers and micro-program controller two controllers each have strengths and weaknesses. Combinational logic controller designCumbersome, complex structure, once the design is complete, you can not modify or expand, but it's fast. Micro-controller design program easy, simple structure, convenient to modify or expand, modify a machine instruction function, simply restated the corresponding micro-program;
To add a machine instruction, just add some micro-control program in memory, however, RGBW Color Controller is through the implementation of a micro program.
Specific comparison is as follows: a combination of hardwired logic controller, also known as the controller, by the logic circuit, relies entirely on hardware to achieve the function of the instruction.
RGBW Color Controller Basic components
(1) the instruction register is used to store instruction being executed.
(2) Operation code decoder: instruction opcodes for decoding to produce the corresponding control level, to complete the analysis function of the instruction.
(3) Sequential Circuits: used to generate a time stamp signal.
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RGBW Color Controller
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