4 results about "Android phone" patented technology

A hand-held, non-contact, address-setting remote control device of an LED lighting system is configured to allow a user to selectively assign addresses to LED lights of the system. The transformer assembly of the system can be programmed remotely using an application program (hereinafter an “app”) installed on a mobile device (e.g., an iPhone or Android phone). During operations, the transformer assembly uses the addresses that have been assigned to the LED lights to send commands to the LED lights to cause the LED lights to perform commands associated with the assigned addresses. The addresses of the LED lights can be easily changed using the hand-held, non-contact, address-setting remote control device, and the transformer assembly can be easily reprogrammed using the app. These features greatly improve the flexibility with which the LED lighting system can be programmed and controlled, which greatly improves usability for the installer and for the customer.

The invention discloses an Android mobile phone data security protection system, which comprises a mobile phone security management center, an Android sandbox and a security protection APP, and is characterized in that the mobile phone security management center is used for providing unified security management service for mobile phone security, and the security protection APP is deployed in the Android sandbox. The system is used for realizing login of a mobile phone user to a mobile phone security control center, issuing of a security protection strategy and security protection of mobile phone data. Through identity management and authority management of the mobile phone user, authority management of the mobile phone user on the APP is realized, through the system, safe operation protection of the mobile phone APP is realized, and through accurate access control of the APP accessing the Android system API, the situation that the APP realizes unauthorized access of mobile phone user data through unauthorized access of the API is avoided.

This project proposes a low-cost, universal, and purely local gesture control scheme for mobile phone screen projection games. Users only need to place their phones in a common stand and use the front camera to recognize left and right gestures and screen projection functions in real time. This allows users to control screen projection games (small games created based on these two gestures) without touching the screen while driving, achieving lightweight interaction between the driver and the car. Unlike existing solutions that rely on vehicle-grade cameras, this project is completely based on local computing power and does not upload any data, ensuring privacy and security without the need for vehicle reconstruction. Moreover, the project adds vibration compensation and smoothing filters to effectively solve the problem of users being unable to accurately control the screen with gestures in a bumpy car, as well as using screen projection technology to reduce eye strain and motion sickness caused by small screens. Currently, this project has been implemented on Android phones such as OPPO and Huawei, with preliminary adaptation tests underway.

1. The name of this design product: Android event configuration graphical user interface for electronic devices. 2. Purpose of this design product: for use in an electronic device. 3. The key design point of this design product lies in the graphical user interface content. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: Based on the Android SDK's reporting of all embedded behavior events, it supports visual definition of all embedded events, allowing operators / analysts to quickly obtain the embedded events they want. 6. Graphical User Interface Human-Computer Interaction: The main view is the initial interface. When the user clicks the [Enable Visual Tracking] button and selects the Android platform, the creation process begins, and the interface change status Figure 1 appears. As shown in the figure, the user is first guided to integrate the SDK for connection configuration. After the configuration is complete, the user uses the Android phone's camera to scan the code to access the connection page. After the connection is connected, the PC displays the mobile app interface in real time, as shown in the interface change status Figure 2. Click [Add Event Attributes], as shown in the interface change status Figure 3. Click "Save Event", as shown in the interface change status Figure 4. 7. Other situations that require explanation: Other explanations: The gray areas in the interface are image areas such as changeable pictures; the "X" in the interface represents text areas, including text, numbers, symbols, and letters.