Digital light source processing (DLP) shines everywhere. Texas Instruments (TI) recently announced new applications for DLP chipsets in consumer electronics, industrial, medical and automotive applications, including angiography, super-action spectrometers, head-up displays (HUD), immersive Computer, 3D vision equipment, smart projector, etc. Lai Shengyan, manager of Taiwan's DLP product division, said that DLP chips have been used in projectors and cinema playback equipment in the past. In recent years, DLP micro-electromechanical systems (MEMS) chipsets have been developed due to technological advancement. Therefore, DLP technology can be extended to be applied in Consumer electronics, industry, medical, automotive and other fields. The difference between DLP and past projection technology is that the digital micro-mirror device (DMD) has a small positive body and high light efficiency. Therefore, it has been favored by many manufacturers in the market. The manufacturer also uses Texas Instruments' DLP chip to develop diversified terminals. product. At present, the main product of DLP wafer application in the medical field is the super mobile spectrometer. Compared with last year's products that only provide industrial substance testing, the new mobile spectrometer not only greatly reduces the size, makes it portable, but also has a relatively high price. The product positioning focuses on the consumer market. Lai Shengyan pointed out that Taiwan’s food safety problem is serious. The mobile spectrometer scans the substance through near-infrared (NIR) and transmits it to the mobile phone via Bluetooth. Then it transmits the data to the cloud analysis and returns the analysis result to the mobile phone. The wavelength of the substance can be known from the analysis results, and the substances contained in the food are known by the different wavelengths of the substance. In addition to being used for food testing, this spectrometer can also be applied in agriculture, cosmetics, and depot oil testing. Christie's vascular imager is another example of a medical application for DLP. Lai Shengyan said that the infrared radiation of the human body through the vascular imager can reveal the distribution of venous blood vessels. He added that because of the different spectra of oxygen and carbon dioxide, only the veins carry carbon dioxide in the blood vessels, so the veins can be displayed through infrared rays, and the infrared energy is small, which does not cause harm to the human body. This product has been used by the medical profession for many years. At the same time, in response to the development of advanced driver assistance systems (ADAS) in the automotive field in recent years, DLP technology can also be combined with automotive head-up displays. The vehicle heads-up display projected by the DLP chipset has a field of view of 12 degrees. Lai Shengyan said that compared with other products, the head-up display with DLP can be driven while not wearing polarized glasses, while looking directly at the information displayed in front of the road. Currently, there are European and American high-standard cars using this technology.
Removable Oxygen Generator
Compressed air is purified through the air dryer and filters to a certain level for main plant to work with. Air buffer is incorporated for smooth supply of compressed air thus to reduce fluctuation of compressed air source. The plant produces oxygen with PSA (pressure swing adsorption) technology, which is a time proven oxygen generation method. Oxygen of desired purity at 93%±3% is delivered to oxygen buffer tank for smooth supply of product gas. Oxygen in buffer tank is maintained at 4bar pressure.
With a cabinet for small capacity or container for big capacity, all the parts can be involved in, and removable with a vehicle.
Removable Oxygen Generator ,Oxygen Production Machine,Oxygen Breathing Apparatus,Oxygen Facility Hunan Eter Medical Co., Ltd. , https://www.eter-tech.com