In 2020, VLG demonstrated its outstanding research and development capabilities in the fields of wireless charging and positioning technology once again, applying for a series of innovative patents successfully . These patents include wireless chargers for automatically finding mobile phones, new high-precision positioning antennas, in car satellite antennas, multifunctional circular BOX combination antennas, in car antenna structures, and multifunctional bracket embedded shark fin antennas. The launch of these technologies not only enhances the convenience and practicality of products, but also provides users with a richer application experience, demonstrating VLG’s foresight in combining intelligent technology innovation with market demand.
Firstly, the multi frequency suppression antenna ZN1 launched by VLG is an important technological innovation. The design of this antenna aims to provide a structurally simple and low-cost solution, particularly suitable for the rapidly developing wireless communication market. The design of the multi frequency suppression antenna ZN1 not only improves the clarity of the signal, but also effectively reduces interference, providing users with a more reliable communication experience. This antenna has a wide range of applications and is suitable for mobile communication, IOT devices, and other scenarios that require high-quality signal transmission. By optimizing the structure of the antenna, VLG has successfully reduced production costs, making its products more competitive in the market.
In addition, another multi frequency suppression antenna ZN1 focuses on high-order harmonic suppression, characterized by a compact structure and high isolation, with excellent filtering performance. This dual polarized antenna can operate in multiple frequency bands, effectively reducing signal cross interference. Modern communication systems increasingly rely on the transmission of high-frequency signals, and the suppression of high-order harmonics is particularly important. The launch of this antenna not only provides higher signal stability for terminal devices, but also improves overall system performance, meeting the needs of new generation communication technologies such as 5G.
In the field of security and intelligent hardware, VLG has innovatively designed a bicycle lock antenna device ZN2. This antenna device has the characteristics of simple structure and high radiation efficiency, greatly enhancing the effectiveness and reliability of the car lock. With the rise of the sharing economy, bike sharing services are becoming increasingly popular in cities, and the safety and stability of bike locks have become a key concern for users. VLG’s product can effectively prevent signal interference and cracking, ensuring the safety of users’ property. Meanwhile, the ease of installation and low maintenance cost of the device make it more attractive in the market.
VLG has also made significant breakthroughs in wireless charging technology, launching a wireless charging device ZN1. This technology proposes an accurate positioning method for the receiving and transmitting ends of wireless charging devices, involving the precise positioning of the receiving coil within the receiving device and the transmitting coil within the transmitting device. This positioning technology can maximize the efficiency of power transmission, reduce energy loss, and provide users with a more efficient charging experience. The continuous development of wireless charging technology has made charging methods for daily consumer electronic products such as smartphones and wearable devices more convenient, and the innovation of VLG has further promoted this trend.
Finally, VLG’s 3G terminal wireless testing software is an efficient tool designed specifically for network access testing. The wireless transmission and reception performance of 3G terminals is an important indicator for network access testing, mainly represented by two parameters: TRP (total radiated power) and TIS (reception sensitivity). Only in a real wireless testing environment can the RF performance evaluation of the terminal be accurately obtained. The launch of this software not only improves the efficiency of testing, but also reduces testing costs, helping manufacturers quickly validate its performance before the product is launched. With the rapid development of mobile communication technology, the performance testing requirements for terminal devices are also increasing. VLG’s software will provide important support for the formulation of industry standards.
In summary, the innovative patents launched by VLG in 2017 demonstrate its strong research and development capabilities and market insights in the field of wireless communication technology. With the continuous advancement of technology and the increasing demand from users, the application prospects of these technologies are broad. VLG looks forward to leading the development direction of the wireless communication industry through continuous technological innovation, providing users with more efficient and convenient services.
In the future, VLG will continue to focus on developing more advanced wireless communication technologies to drive industry progress. The firmly believes that only through continuous innovation and a keen grasp of market demand can it stand undefeated in the fierce market competition. The goal of VLG is to become a leader in the field of wireless communication, creating greater value for users and promoting the intelligent process of society.
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