At present, the total import and export management market accounts for about 15% of the total revenue of the security industry, and its growth rate is ahead of the security industry. Up to now, the entrance and exit management system has been developed from a traditional door-to-door civil air defense management and early analog signal monitoring, and has developed into a new generation of intelligent portal management platform. It combines face recognition, vehicle identification and other technical applications. The system has intelligent integration. Modern functions such as information collection, information tracking, parking space induction, and self-service payment. The application of the entrance and exit management system in the construction of smart cities is becoming more and more extensive. Its main applications include personnel/vehicle barrier management system, intelligent access control management system, intelligent visitor system, intelligent parking lot management system, intelligent toll management system, and intelligence. Attendance management system, intelligent patrol management system, etc. With the advancement of technology and the advancement of smart city construction, Zhongkong wisdom believes that the role and status of the bio-identification pedestrian, vehicle and physical inspection mainstream import and export control systems in the construction of smart cities is becoming more and more important and prominent.
In the era of complete solutions, the access control system has entered a new stage, and has begun to shift from the door lock devices in people's minds to the role of advanced applications such as artificial intelligence, Internet of Things, big data, and biometrics. After getting rid of the raging growth, whether to have a complete and intelligent access management system solution capability is an important factor to measure the pros and cons of the enterprise.
Hybrid biometric identification is the first choice. Central control wisdom leads biometric identification, car dealership, and physical inspection polymorphism.
Traditional biometrics have their own advantages and disadvantages: although fingerprint recognition is close-range recognition and has high accuracy, it requires the high degree of cooperation of personnel to complete; face recognition is affected by factors such as expression and illumination. As a result, there are huge differences in the recognition results; in addition, fingerprints, palm prints, etc. are exposed to the outside, and if they are destroyed, they will have a negative impact on the identification, and are easily copied or counterfeited; the veins used for vein recognition The blood vessels are hidden inside the fingers, and the interference is small, extremely difficult to copy and steal, and the accuracy of recognition is high, but there are also problems such as strong device dependence during information collection.
Therefore, if a single identification method is adopted, there are many limitations on the reliability of recognition. In response to this, in order to solve the above problems, composite biometric technology was born. Hybrid biometrics are also known as composite biometrics, multimodal biometrics, and multi-certification biometrics. Collectively referred to herein as composite biometrics, the so-called composite biometric identification is a technique that combines fingerprints and finger veins, facial and fingerprints, facial and iris, palm prints, and palm veins to determine identity. The composite biometrics technology combines the characteristics of multiple modalities, and improves the security and anti-attack capability of the recognition system through information fusion technology, while reducing the error rate, enabling multi-modal biometrics to effectively alleviate single-mode organisms. Defects in feature recognition technology lead to better recognition performance. Composite recognition is not a simple 1+1 combination, but a combination of multiple recognition logics. The central control wisdom believes that hybrid identification will better combine the comprehensive solutions of biometric pedestrian, vehicle and physical inspection.
The use of multiple biometric integrated recognition technology can achieve better recognition performance and reliability than a single biometric recognition system, and increase the difficulty of forging human biometric features and improve the security of the entire system. At present, there are already enterprises in China that integrate palm shape and palm vein, fingerprint and face in the same identification product. For example, Zhongkong Zhixin has introduced a variety of products combining fingerprint recognition, face recognition and RFID technology in biometric identification. , car dealership, and physical inspection plan.
Multi-domain integration of intelligent access control into demand
Intelligent access control systems have been widely used in people's daily life. With the diversification of people's needs, the requirements for various aspects of the access control system are also constantly improving. The access control system is no longer limited to the function of controlling population access. People prefer the access control system to integrate with other applications in life, resulting in higher economic efficiency and a more comfortable life experience.
In the face of market demand, the access control enterprises represented by central control wisdom make every effort to focus on multi-modal biometrics and multi-modal hybrid biometrics technology, focusing on biometric identification, vehicle handling, physical inspection, etc. Scene and hybrid scene management applications, providing access control, attendance, parking, access gates, ladder control, visitor, consumer, security, video surveillance and other management products, technologies, solutions and services, giving biometric identification, car dealership, physical inspection new the value of.
Taking the central control wisdom as an example, based on the fingerprint identification technology of independent intellectual property rights, the face recognition algorithm, finger vein recognition algorithm, palm and palm vein recognition algorithm, iris recognition algorithm and various singles with independent intellectual property rights are gradually deepened. Biometric algorithm integrated hybrid recognition algorithm, and based on hybrid biometric technology to launch "O2O" identity authentication product solutions and big data services; central control intelligent biometric identification of pedestrians, dealers, physical inspection products, solutions and services; enterprise level Intelligent IoT product solutions and enterprise-level big data ecosystem services; build a hybrid biometrics application industry ecosystem in the security industry.
In the future, new technologies such as “high-tech, high intelligence, and Internet+†will have more and more influence on access control products, and put forward higher requirements for import and export control and intelligent identification, Internet+, and third-party payment integration applications. At the same time, whether the new technology can be effectively implemented, whether it meets the real needs of users and the degree of market recognition is also an important difficulty. Therefore, only with active layout now can we lead in the competition.
DAYUE manufactures a huge range of Machined Parts, Gears and Racks for many diverse industries around the world.
DAYUE has more than twenty years of gear manufacturing experience and state-of-the-art manufacturer technology, complete with CNC Turning, milling, broaching and grinding. We deliver extraordinary capabilities to our valued customer base from metal industry types. From custom cutting to fresh improvements of your new product, we have the required production experience your project requires.
Gear Cutting
To precisely cut gear teeth, we fully equipped with top of the line Gleason Phoenix CNC tooth cutting machines. Also, we have Gleason Phoenix and Lorenz systems Machines for gear hobbing and gear shaping.
Gear Grinding
Precision tooth grinding of custom gears will result in parts that operate quietly and wear evenly (an OEM production note for high speed gear boxes and automotive applications). Our custom transmission gear tooth grinding capabilities include high production line capacity with the expertise of holding very tight tolerances. This accuracy of within 20 millionths of an inch, or one half of a micrometer are efficiently monitored with these cutting edge machines.
Custom Gear Manufacturing Capabilities & Tolerances
Spur gears: Up to 24″ Diameter and Metric size 600mm
bevel gears: Up to 24″ Diameter and Metric size 600mm
General Turning: Up to 24″ Diameter and Metric size 600mm
Worm Gears: Up to 24″ Diameter and Metric size 600m
Turning: ±0.0002″ and Metric size ±0.005
Milling: ±0.0005″ and Metric size ±0.005
Hobbing: AGMA Q14
(You can also choose to use WEDM processing, the tolerance can reach 0.002)
Gear Grinding
gear shafts,Spur gears,helical gears,bevel gears,Spiral bevel gears,worm gears and worms,Gear ring gear sleeve gear ring,Powder metallurgy gears,Sprocket,eccentric gears.
Dayue Precision Technology (Dongguan) Co., Ltd. , https://www.dayuechn.com