Intelligent door lock QY-1701H

Facial recognition intelligent door lock QY-1701H technology features low power consumption technology. Networked intelligent door locks are basically powered by batteries. The reduction of device power consumption will naturally prolong the working time of the battery, thereby extending the battery replacement cycle. The design of low-power embedded systems is a task that requires optimization design at various stages from top to bottom. The commonly used design method is to adopt corresponding power optimization techniques according to different design levels

Technical Features

Low power technology

Networked intelligent door lockBasically powered by batteries, reducing the power consumption of devices will naturally prolong the working time of batteries, thereby extending the battery replacement cycle. The design of low-power embedded systems is a task that requires optimization design at various stages from top to bottom. The commonly used design method is to adopt corresponding power optimization techniques according to different design levels.

The company conducts in-depth research and application of embedded low-power technology, from power modeling, power evaluation to power optimization, etc., to make the entire process more efficientNetworked intelligent door lockThe power consumption of the system has been adjusted, and a series of intellectual property rights related to low-power technology of embedded systems have been obtained and owned, such as "High endurance Intelligent Door Lock Based on Internet of Things" (ZL.5) and "Low power Intelligent Door Lock Communication Encryption Management System" (Software Registration No. 2771452).

encryption technology

The system adopts bank level encryption, asymmetric AES algorithm, and dynamic key to ensure that communication data is difficult to crack. Even for the same lock with the same instruction, the data issued each time is different, greatly increasing the difficulty of cracking.

Networked intelligent door lockAdopting bank grade security chips, the key is placed inside a dedicated security chip to prevent malicious cracking. When communicating, the device will first compare the message digest to see if it is a forged gateway or door lock. After identity authentication is passed, the device will process the ciphertext data sent by the other party, eliminating the possibility of forged devices. And door locks and gateway devices can be equipped with PSAM card slots to implement private and non-public algorithms specified by the owner.

Zhongke Yian is committed to the research and application of encryption technology and has obtained the "Low Power Consumption" awardsmart door lockCommunication Encryption Management System "(Soft Publication No. 2771452)," Anti interferencesmart door lockIntellectual property rights related to "Data Encryption Management System" (Software Copyright Registration No. 2771443).

High strength structural technology

Zhongke Yian focuses onNetworked intelligent door lockThe research and application of mechanical structures have made efforts to create networked intelligent locks with excellent safety performance for users, and have achieved《smart door lockDriver Structure "(No. ZL.0)," Based on the Internet of Thingssmart door lockTight Structure "(No. ZL.6)," Anti theft Typesmart door lockAssembly Structure "(No. ZL.3) and a series of related door lock structures.

Product Model	QY-1701H
Door lock size	385x78x25mm
Shell type	Integrated aluminum alloy shell
Operating Temperature	-10℃~60℃
contact method	Sub-1G wireless communication+Bluetooth wireless communication
screen size	2.8-inch IPS screen
power supply method	Alkaline battery
Facial recognition distance	30~80cm
Opening method	Facial recognition, card swiping, fingerprint, Bluetooth key, mechanical key
Support lock body	6068 mechanical anti-theft lock body
power consumption	Static<50uA， Dynamic<100ma
Static electricity level	contact8KV， Air discharge 15KV