Industry's first location-based control of smart home system exposure

In recent years, the smart home market is emerging around the world. Almost every company with technology is trying to launch a variety of IoT devices related to smart homes. All kinds of novel smart home devices are dazzling and let The smart home industry presents a state of contending.

According to relevant survey reports, by 2020, the Internet of Things will achieve explosive growth, and IoT devices will reach 25 billion units, far exceeding the global population, and 224 million households worldwide will install at least one IoT device. The output value of the entire smart home will exceed one trillion yuan. Nowadays, various IoT devices related to smart homes are no longer the patents of the rich. Smart homes have already entered the reality from science fiction movies, and they have entered the life from high-tech exhibition halls, and are gradually becoming the necessary life in every family in the future. facility.

At present, the mainstream smart home devices on the market can mainly be remotely controlled by smart phones, smart home devices + mobile apps, which are enough to summarize most of the contents of smart homes. Although the mobile phone remote control is convenient in remote operation, you still need to open the mobile phone app and click the corresponding button to control. Sometimes, because the life is fast and there are many things, the user will forget the operation, which causes the function provided by the smart home not to be on time. achieve.

Nowadays, IOT Sensor has developed a location-based mobile terminal control system and its working method, and obtained the invention patent, which has been successfully applied to the smart home device, so that users can enjoy the smart without opening the app. Convenient service at home.

Industry's first location-based control of smart home system exposure

The geographical location-based mobile terminal control system includes a host and a mobile control terminal, and the mobile control terminal can effectively perceive the specific location through the geographic location positioning module, and the distance calculation module embedded in the host calculates the mobile control terminal to the host. Straight line distance, through the preset program, when the mobile control terminal enters the preset distance from the host, the host will actively change the running status of the monitoring device.

To put it simply, after installing and using the smart home with this patent, the user can set the home geographical distance and set a certain geographical distance range. When the user enters the geographical distance range set by the implementation, the system does not need to open the App. Automatically execute pre-set commands, such as turning on the air conditioner, turning on the lights, turning on the TV, and so on. This patent makes the IoT smart home more humane and intelligent. It does not need to open the APP, and it is based on geographical location to control the smart home. This is the first in the smart home industry.

The invention patents continue to build a ladder for the advancement of science and technology. IoT Sensing not only continues to introduce various invention patents and utility model patents, but also applies these patents to various smart home equipment products, fully demonstrating the powerful strength of IoT sensing. . This exclusive launch of this geographically-based smart home control system is another innovation of IOT sensing in the field of smart home. It is this innovative consciousness that is bringing the IoT smart home into one. Brand new height.

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USB 2.0 is a USB interface standard released in 2000 with a theoretical maximum transmission speed of 480Mbps (about 60MB/s). The port has four cables (five cables for MicroUSB and MiniUSB), and the maximum output current is 0.5A. USB 2.0 is currently the most common version of USB port, almost all computers have USB 2.0 port, most USB devices also support USB 2.0. USB 2.0 hub. The device can provide USB high speed or full speed connection on the uplink port. The device also provides USB high-speed, full-speed, or low-speed connections on the downlink port. When the uplink port is connected to an electrical environment that supports only high-speed, full-speed, and low-speed connections, the high-speed, full-speed, and low-speed USB connections on the downlink port are enabled. When the uplink port is connected to an electrical environment that supports only full or low speed connections, the USB high-speed connection on the downlink port is disabled. USB 3.0 Hubs is higher than usb 2.0 in terms of transmitting data.



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