The simultaneous translation system is a device system used in meetings and other occasions where different national languages are spoken. It translates the speaker's language (source language) simultaneously by interpreters and transmits it to the audience. Currently, this system has been widely used in government and business meetings of various scales. This article will introduce the simultaneous translation system's operation method and the advantages of the infrared simultaneous translation system.
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How the Simultaneous Translation System Works
The basic simultaneous translation system includes a set of simultaneous translation receivers and corresponding audience headphones, as well as transmitters and microphones for translation. Its purpose is to allow the audience to understand the speaker's speech without having to stop and wait for translation. The interpreter performs simultaneous translation, also known as real-time simultaneous translation. The interpreter's microphone is connected to the transmitter, which sends a signal to individual wireless receivers, enabling everyone to listen to the translated language through headphones.
Advantages of Infrared Simultaneous Translation Systems
The infrared simultaneous translation system is a voice conference system that provides translation for multilingual meetings. Its working principle is to use infrared transmission for language distribution, adopting the infrared spectrum to transmit multiple translation languages. It is currently the most commonly used transmission method in the wireless language distribution system market. Its advantages are as follows:
The Infrared Simultaneous Translation System Has Good Stability and Confidentiality
The infrared simultaneous translation system uses infrared transmission for language distribution in conference systems. Based on the linear propagation characteristics of infrared light, inside a room, due to the scattering and diffusion of walls, floors, and ceilings, the infrared signal emitted by the infrared transmitter forms a dense optical network. As long as it is within the range reachable by infrared, the number of receiving units can be configured freely. Signal transmission cannot occur outside relatively closed spaces, thus ensuring excellent confidentiality. The system adjusts working bands according to mainstream venue lighting schemes to avoid light interference, effectively enhancing stability.
The Infrared Simultaneous Translation System Is Highly Integrated and Easy to Manage
The control end can display current space environment data, monitor the operating status of each device. An infrared language distribution simultaneous translation system uses the modulation/demodulation principle, modulating nine channel signals onto nine subcarrier frequencies, composed of synchronous receiving units and infrared receiving unit charging boxes. It is suitable for use in various international language or even dialect communication occasions. Administrators can achieve full device management!
In summary, GONSIN's infrared simultaneous translation system not only boasts excellent confidentiality, avoiding interference from spatial electromagnetic waves and industrial equipment, effectively preventing external malicious interference, but also has high integration and easy operation and management. The system ensures participants can clearly and smoothly listen to the content of speeches, providing a safe and reliable technical support for meetings, promoting efficient communication and cooperation.
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