A big wave of apple trademark patent exposure: Guess which will be made appearances at this conference?
Recently, trademark attorney Brian Conroy discovered many of the trademark patents submitted by Apple. These trademarks may be related to Apple's new products and services in the future. The brand mentions new iPhone 7 features, AirPods wireless headphones and the newly designed MacBook Pro. Among these trademarks, we have seen many familiar Apple product names, such as Siri, respiratory applications, True Tone display, macOS Sierra, and the phrase "designed by Apple in California."
However, some of the trademarks in the list are not familiar to us, such as Iris Engine, Smart Button, Touch Bar, Progress Card, and Swift Lab.
Other noteworthy trademarks include the AirPod Case (AirPods Headphone Storage Box?), Control Strip, Home Hub, and iBooks Storytime. Iris Engine may be Apple's iris scanning technology. Smart Button may refer to the 3D Touch Home button. Home Hub may refer to Homekit-based hardware products. Touch Bar is naturally the OLED touch bar on the next generation MacBook Pro. Of course, these are just conjectures. You may wish to open your mind!
Google’s self-driving car will recognize police cars
A new patent applied by Google recently indicates that it is developing a "car detection system" for its driverless car. With this system, the Google Unmanned Vehicle can accurately identify the police car opposite.
The police sometimes conduct hunting operations. In these close pursuit operations, police vehicles have the right to ignore traffic signals and there is no speed limit. However, any form of impediment may undermine emergency response actions.
Therefore, Google developed a police car detection system for self-driving cars. The detection system can automatically detect the police car based on the police car's flash mode. For example, in the United States, the standard configuration of police flash systems is four light sources. The four light sources alternately emit red light and blue light.
Once the police car is detected, the self-driving car will instinctively avoid the police car. The system can also be used to detect other types of emergency vehicles.
Intel announces acquisition of visual processing chip maker Movidius
Intel announced on Monday the acquisition of Movidius Inc., a vision processing chip startup company. Its key product is the company's research and development vision processing chip (VPU), which can be applied to VR processing applications and vision processing applications such as drones. Details of the purchase transaction have not yet been disclosed and the acquisition transaction is expected to be completed within the end of the year.
Movidius' vision processing platform is low-power and high-energy, capable of taking images and processing information without interruption, which gives networked devices the ability to perceive the environment. It is the key to more intelligent IoT devices in virtual reality headsets. , home automation, wearable devices and other fields have a wide range of application prospects.
First Sensor to Support Lighthouse, A Big Wave of Vavle Helmets Is Approaching
Last month, Vavle opened Lighthouse tracking technology to third parties. As long as it is authorized by HTC, developers can develop peripherals and hardware compatible with Vive.
A few days ago, Triad Semiconductor announced that it will sell Vavle certified specialized Lighthouse sensor chips later this month. Reid Wender, Triad's vice president of marketing, said that the chip has been certified by Valve.
The chip, called TS3633, integrates the sensors needed for SteamVR and is a small "light-to-digital" integrated circuit. It receives input signals from photodiodes (as small sensors distributed over the HTC Vive) and converts them into useful data that can be used by the SteamVR tracking algorithm.
Gene Editing Can Directly Intervene Cancer Cells: Make It No More "Malignant"
Chinese researchers published a paper on the Internet edition of the UK's journal Nature Methodology on the 5th that they have developed a new technology that can efficiently control the CRISPR-Cas9 gene editing system to achieve targeted cancer cell intervention.
The rapid development of CRISPR-Cas9 system in recent years has a strong ability of gene editing and regulation, through the precise "guide" of sgRNA and cas9 nuclease implementation of targeted gene function operations, the two collaboratively achieve editing and regulation capabilities.
This system has been widely used in many fields such as life sciences and medicine. However, there are still many aspects to be improved in the application process, such as avoiding "out of control" and "over-editing" issues.
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