Intelligent Lock Research Articles

A Triboelectric Sensor with Double Bubble Structure Applied in a High Security Double Lock System.

With more attention on personal privacy and the need for a security defense, it is necessary to design an intelligent lock system with a higher security performance. Here, a novel high security double lock system integrating triboelectric nanogenerators (TENGs) with a double bubble structure (DB-TENG) and deep learning models is proposed. The TENG as a self-powered sensor is developed using silicone rubber and copper foil. By optimizing the thickness of the top layer film, surface microstructure, the size of the air bubble, and design of the double bubble structure, the sensitivity of the DB-TENG reaches 19.08 V/kPa. For the feasibility study, the sensor is fabricated to a smart belt to collect respiratory behaviors as a respiratory code. A Long Short-Term Memory network is adopted to identify four typical respiratory signals with an average accuracy of 97.00%. The system is deployed on a Raspberry Pi to determine whether the user is permitted through both the collected respiratory code and the related face image and will send an alarm message if one of the two does not match. It is worth mentioning that users can send alarm signals undiscovered by controlling their respiratory signals. Therefore, the proposed system has superb potential in security demanding environments.

Design and development of smart lock system based QR-Code for library's locker at Faculty of Engineering, Universitas Riau

A security system is needed to prevent theft or other criminal acts. One of the implementations of a popular security system today is the Smart Lock System. This study discusses the design of an intelligent lock system using QR Code scanning as a locker key at the Library of the Faculty of Engineering, Universitas Riau. The design of the device system consists of one piece of ESP8266 Node MCU module, one piece of 12V Power Switch Adapter, one piece of AMS 1117 module with 3.3V and 5V output voltages, three pieces of 5V Relays, three pieces of 12V Solenoids. The security system has been improved compared with existing security systems, such as verification for personal data, email notification, and level login to get theft to treat notification. This paper also measured the delay of the device system. Based on measurement results, the average delay obtained is 1.66 seconds.

DESIGN OF A LOCK SYSTEM USING RFID AND GSM TECHNOLOGY

-Security is a key factor to the development of any nation, yet it is a one major challenges faced all over the world. Several measures which ranges from key lock system to a highly intelligent lock system employed to restrict unwanted person to certain areas do have some level of limitations. This paper present the design of security lock using Radio frequency Identification (RFID) system and Global system for Mobile (GSM) communication technology aimed to address some of this limitation. The proposed lock system identifies a user by an RFID tag, authenticate it by sending 4digit codes to its mobile phone using short message services (SMS) and allow (confirm) the user to gain entrance if the correct code is entered. The program was written and builds to debug any error using Mikro C software. The circuit was designed using Proteus software and linked to the hex file generated by Mikro C to simulate. The simulation results were satisfactory which shows that real lock system will work according to design.

Intelligent Cabinet Lock Control System Based on Cloud Technology

With the rapid development of wireless communication and Internet of things, intelligent products have been widely used in living and industrial places. The purpose of this paper is to develop an intelligent controller and intelligent lock cabinet for the monitoring of optical cable handover box. It can monitor the temperature, humidity, fire, flood, vibration and the identity of the personnel in and out of the optical cable box, and send the data information to the management server through wireless communication, so as to realize the purpose of monitoring and management of the optical cable box. The products under development include intelligent controllers, smart keys and electronic locks. The smart key is used in conjunction with the electronic lock.

Research on authentication encryption mechanism based on intelligent door lock vulnerability risk

This article introduces the security risks of the commonly used MQTT protocol in the Internet of Things and the security risks caused by smart door lock vulnerabilities, aiming to solve the problem of public MQTT agent leaking smart lock data, causing attackers to use the sensitive data to physically locate and remotely control the connection to the smart door lock supplier Any lock issues in the cloud infrastructure. This paper presents a wireless sensor network authentication encryption method based on SM9 algorithm. By implementing and deploying sensor network authentication encryption in practical applications, it avoids the leakage of sensitive information from public data exposed on the Internet.

Research and Application of Smart Lock Safety Management and Control System

The total number of switch stations and distribution stations in the distribution network has increased year by year; overhead lines have been gradually cabled to the ground; the number of ring network cabinets and box-type transformers has increased rapidly. The distribution network equipment has the characteristics of “small, large quantity, and decentralized”, and it is difficult to manage. For a long time, problems such as theft, unauthorized unpacking operations, and unauthorized private operations have been troubling distribution network operation managers, affecting the safe and stable operation of the distribution network and reliable external power supply. The intelligent lock safety management and control system proposed in this paper is based on the actual situation of the power distribution network, and replaces the original mechanical lock with an intelligent lock. The system implements real-time effective management and control of the production operation process and status of power distribution equipment through the “authorized unlocking” of the handheld terminal. At the same time, it implements information and visual management of equipment, staff and related information, so that distribution network managers can play the role of “master”. This system can manage and control the power distribution equipment, and improve the operation and management level of the power distribution network.

A Shared Bicycle Intelligent Lock Control and Management System Based on Multisensor

As a greener means of transportation, shared bicycle is becoming more popular in many cities. However, random parking seriously affects the appearance of a city and the safety of traffic. To realize a rational parking, an innovative bicycle intelligent lock based on multisensor was suggested in this article. First, a multisensor fusion and positioning algorithm was applied in the scheme of this article to judge whether the location and the positioning of the parking are proper. Next, through the radio-frequency identification technology, the system reads the information on the RF card of the intelligent lock for user authentication and used Narrowband Internet of Things (NB-IoT) to communicate between the devices and the server. Finally, through online monitoring and alarm software, the system can monitor the bicycle parking conditions in real time. In order to improve the accuracy of the event judgment, the attitude angle data were processed using the Kalman filter algorithm. The experimental results showed that a suitable direction error threshold was 10°, the average bicycle unlocking success rate was 98%, the average delay time was 4595.06 ms, and the judgment rates of inappropriate parking reached 100%. Therefore, by reminding and asking the user to park the bicycle correctly and alarming when the bicycle falls down, this system can make the parking of shared bicycles neater. The bicycle manager can also keep track of bicycle status information in time.

Intelligent Lock Design Based on BLE

This design is of intelligent electric power security lock and its key based on the new generation SoC TLSR8253, which supports Bluetooth LE 5.0 technical standard. The system is mainly composed of intelligent electronic key, intelligent passive lock, Bluetooth handset and management center. Intelligent passive locks can be opened with powering by electronic keys, and can retrospectively manage keys and users, bind personnel identity, control the power of opening and closing, improving site safety and enhancing the manageability of assets.

Using RFID technology to develop an intelligent equipment lock management system

The equipment lock has acted as an important tool for power companies to protect the electricity metering equipment. However, the conventional equipment lock has two potential problems: vandalism and counterfeiting. To fulfil the control and track the potential illegal behaviour, the human labour and paper are required to proceed with related operations, resulting in the consumption of a large amount of human resources and maintenance costs. This research focused on the design of RFID technology applied to the traditional equipment lock, with the mobile and electronic technology, we are able to strengthen the management/operating convenience of the lock and provide the solutions for anti-counterfeiting and spoilage detection, so that the national energy can be properly protected and fairly distributed. The integration of RFID data interface and mobile sensing devices will enhance the control of electricity meters and other metering devices for the power company, it will also provide accurate and mobile support with interactive mode, real-time display by the system, and real-time information services. It will serve as the 'last-mile' management tool for the electrical equipment and improve development of the intelligent electric grids.

Public Bicycle Operating System Based on Space-Time Security and the Internet of Things

The bad behaviors of some users and the drawbacks of public bicycles have hindered the promotion of public bicycles. The current problems include low utilization rate, uneven distribution, high loss rate and insecure lock. However, there is few feasible research in this new field. To address these issues of public bicycles, we propose a public bicycle operating system(PBOS). PBOS involves three key technologies: 1) To acquire a dynamic password and realize bicycle self-rescue, we devise an intelligent lock that utilizes the Internet of Things (IoT) to establish Bluetooth connection with user’s mobile phone. 2) To avoid bicycle loss and improve the security of data transmission, we design a space-time security protocol to work between bicycle’s intelligent lock, mobile app, and server. 3) To increase the average utilization rate and distribution, we present a cooperative game model for bicycle scheduling. Finally, we evaluate the performance and validate the theoretical properties of PBOS through extensive simulations.

IoT Based Intelligent Lock

IoT Based Intelligent Lock

基于移动互联技术的智能车位锁系统设计

基于移动互联技术的智能车位锁系统设计

Incorporation of Amphipathic Diblock Copolymer in Lipid Bilayer for Improving pH Responsiveness

Diblock copolymers (mPEG-b-PDPA), which were designed to possess pH-sensitivity as well as amphipathy, were used as an intelligent lock in the liposomal membrane. The so-called pH-sensitive liposomes were prepared by simple mixing of the synthesized mPEG-b-PDPA with phospholipids and cholesterol. Fluorescence polarization at pH 7.4 showed that the membrane stability of the hybrid liposome was significantly increased compared with the pure liposome. Therefore, in the neutral environment, the leakage of doxorubicin (DOX) was inhibited. However, when pH decreased to 6.0, DOX release rate increased by 60% due to the escape of copolymer. The effects of the membrane composition and the PDPA segment length on bilayer membrane functions were investigated. These results revealed that the synthesized copolymers increased the difference in DOX cumulative release between pH 7.4 and 6.0, that is, improved the pH-controllability of the drug release from hybrid liposomes.

Image Fusion Algorithm by Improved Chaos Immune Genetic Algorithm in Multi-Wavelet Transform Domain

In order to make full use of texture features of image when fusing images, and taking into account the inherent advantages of fractal theory in this respect, a novel image fusion algorithm, which used fractal dimension and directional contrast, based on multi-wavelet transform was proposed in this paper. So, we put forward a new design of the intelligent lock which is mainly based on the technology of wireless sensor network. Particle swarm optimization (PSO) is a recently proposed intelligent algorithm which is motivated by swarm intelligence. PSO has been shown to perform well on many benchmark and real-world optimization problems; it easily falls into local optima when solving complex multimodal problems. Moreover, the objective indexes, which are image entropy, standard deviation and quality measure, were adopted to evaluate the comparative results of evaluating fusion quality. To avoid the local optimization, the algorithm renews population and enhances the diversity of population by using density calculation of immune theory and adjusting new chaos sequence.

Particle Swarm Optimization by Improved Chaos Immune Genetic Algorithm

In order to resolve these problems, we put forward a new design of the intelligent lock which is mainly based on the technology of wireless sensor network. Particle swarm optimization (PSO) is a recently proposed intelligent algorithm which is motivated by swarm intelligence. PSO has been shown to perform well on many benchmark and real-world optimization problems; it easily falls into local optima when solving complex multimodal problems. To avoid the local optimization, the algorithm renews population and enhances the diversity of population by using density calculation of immune theory and adjusting new chaos sequence. The paper gives the circuit diagram of the hardware components based on single chip and describe how to design the software. The experimental results show that the immune genetic algorithm based on chaos theory can search the result of the optimization and evidently improve the convergent speed and astringency.

An Anti-Maloperation System by Improved Chaos Immune Genetic Algorithm

The over-spread character and randomness of chaos can be used to initialize population and improve the searching speed, and the initial value sensitivity of chaos can be used to enlarge the searching space. In order to resolve these problems, we put forward a new design of the intelligent lock which is mainly based on the technology of wireless sensor network. To avoid the local optimization, the algorithm renews population and enhances the diversity of population by using density calculation of immune theory and adjusting new chaos sequence. The paper gives the circuit diagram of the hardware components based on single chip and describe how to design the software. The experimental results show that the immune genetic algorithm based on chaos theory can search the result of the optimization and evidently improve the convergent speed and astringency.

Dynamic Encryption Lock Used for Matching Random Signals by Algorithm Program

This project aimed to make a research on code lock containing algorithm and dynamic random code based on the existing intelligent lock. This code lock can control the door lock through software program, which was to draw random digit into MD5 program of single chip microcomputer, allow the same data being processed by MD5 encryption program to present different results, such that, the encryption program can keep dynamics, so the MD5 encryption program being amended by pseudo-random number existed separately in key and lock, then this program would be the identity card for key to open the door and only the program of key was identical with that of the lock can the door open, which largely improved the safety.

Intelligent Electronic Code Lock Based on the SCM

The intelligent electronic lock system is designed with 51 single chip microcomputer as the control core in the paper. The system not only can realize unlocking, error alarm and modify passwords and other basic password lock function,but also it can realize remote control, the machine keyboard lock and error alarm. The system has the advantages of high security, high flexibility, wide use range and strong anti-interference ability, it particularly suitable for families, hotels and other places.

A Motor Driver and Logic Control Circuit for an Intelligent Electronic Lock

A Motor Driver and Logic Control Circuit for an Intelligent Electronic Lock