Traditional self-guided audio devices are essentially "one-way broadcasting tools". Tourists can only passively listen and mechanically remember, with no sense of interaction at all. After a while, they become mere decorations and fail to effectively convey the cultural context of the scene or the value of the products. The core value of self-guided audio devices is not merely "being able to speak and broadcast", but more importantly, through innovative design, transforming tourists from "passive receivers" to "active participants". This has been the core direction of industry development in recent years. Yingmi, which has been deeply involved in the voice-guided display industry for 18 years, has, based on its extensive practical experience and technological accumulation, launched the M7 neck-worn automatic induction tour guide system. This system has broken the interactive deadlock of traditional self-guided audio devices through a series of targeted innovative designs, significantly enhancing the interactive experience and setting a benchmark for innovative interactive design in the industry. Many purchasing customers have given positive feedback after using it.
For a long time, the self-guided audio device industry has been trapped in a misunderstanding - focusing only on basic functions while neglecting the interactive experience of users. This is the key reason why many products are sold but not used, and why customers frequently make sarcastic remarks. Based on my years of observation, the interactive challenges of traditional self-guided audio devices mainly lie in three aspects, which many customers can deeply relate to.
Firstly, the one-way output is too severe, leaving no opportunity for tourists to participate. Traditional self-guided audio devices mostly provide fixed-point broadcasts. When tourists reach the corresponding position, the device automatically plays a segment of the commentary, and then falls silent. If they want to listen again, they have to return to the point and re-sense it. The entire process is the device broadcasting and tourists listening, with no space for active participation, resulting in a very rigid experience. Tourists lose patience after listening for a while.
Secondly, the operation is too cumbersome, with a high threshold for interaction. Some products, although aiming to add interactive functions, have overly complex designs. Switching languages, replaying, and adjusting volume all require pressing multiple buttons, with a cumbersome process. Especially for the elderly, children, and foreign tourists, they simply cannot remember how to operate and give up after a few attempts. The so-called interactive functions eventually become useless.
Finally, the adaptability is too poor, and the interactive scenarios are too limited. The interactive designs of traditional products are very monotonous and cannot adapt to the needs of different scenarios - in museums and art galleries where exhibits are dense, the induction is often inaccurate, and the interaction fails directly; in large scenic areas, the signal is unstable, and interaction is impossible; in enterprise exhibition halls with diverse needs, there are no corresponding interactive functions, making it difficult to truly serve different groups and scenarios.
In fact, to enhance the interactivity of self-guided audio devices, simply adding a few fancy functions is not enough. The core lies in focusing on "user experience" and "scene requirements" and making all-round innovations - simplifying operations to make it easy for everyone to use, aligning with the visiting rhythm of tourists to enrich interaction forms, and considering the adaptability to different groups and scenarios. Yingmi, with 18 years of experience in this field, has witnessed every iteration of the industry and collected feedback from thousands of customers. The M7 neck-worn automatic induction tour guide system it launched precisely solves the interactive challenges of traditional products through three core innovative designs, making it very user-friendly.
The quality of the interactive experience depends on whether the device can keep up with the visiting rhythm of tourists rather than forcing tourists to adapt to the device. The induction design of traditional self-guided audio devices is too rough, either triggering false alarms frequently or playing intermittently, which greatly affects the mood. The induction innovation of the M7 has completely solved this pain point, and customers who have used it all praise its practicality. The M7 is equipped with advanced RFID modulation technology and wireless communication power control technology. The selection of optical chips took two years, and only high-quality wireless IC chips with long lifespan, low power consumption, and strong anti-interference capabilities were chosen. The sensing accuracy and stability are particularly good. Just place a signal transmitter at the explanation points, and tourists can wear the M7 neck-mounted receiver. When they reach the corresponding point, the explanation will be automatically triggered and played. Before moving to the next point, the current point's explanation will continue to loop. Tourists don't need to operate manually; if they want to learn more about a certain exhibit, they can just stay longer. They can repeatedly listen to the key points, truly achieving "sound starts when people arrive, sound stops when people leave, and key points can be looped", which is particularly in line with everyone's visiting habits.
To create a good interactive experience, practical and rich functional support is indispensable. The M7 does this very well. Unlike some brands that pile up a bunch of fancy but useless functions, the M7 focuses on the core needs of procurement customers and tourists, innovating functions that are both practical and interesting, catering to different groups of people.
The first point is multi-language interaction, which can accommodate different groups of people. The M7 comes standard with 8 languages and can also add minority languages or local dialects as needed. Tourists from different countries and regions can choose the language they are familiar with to listen to the explanations. At the same explanation point, multiple people can listen to different languages simultaneously, perfectly solving the problem of difficulty in finding small language talents and insufficient interactivity in foreign-related receptions and special cultural explanations. Moreover, language switching is particularly simple, without complex settings. Even foreign tourists who are not familiar with the device can quickly get started with a little guidance and truly participate in the interaction.
The second point is digital storage and rapid updates, which can adapt to dynamic scenarios. Traditional products mostly use tape storage, which is prone to wear and distortion over time, and the explanation content cannot be updated in a timely manner. However, the M7 uses digital voice storage, completely solving this problem. It can store up to 9,999 segments of explanation content, meeting the needs of different scenarios such as museums, scenic spots, and enterprise exhibition halls. What's more convenient is that it supports USB communication, allowing the explanation content to be updated in real time and quickly. For example, when exhibits are changed at an exhibition, new scenic spots are added at a scenic spot, or training content is adjusted in an enterprise, there is no need to return the devices in batches to the factory. They can be updated directly via USB, ensuring that the interactive content always keeps up with the changes in the scene and avoiding content lag.
The third point is the lightweight form factor innovation, significantly lowering the interaction threshold. To encourage active participation in interaction, the device should be easy to wear and use, which is the most important consideration in the design of the M7. Traditional self-service explanation devices are mostly heavy and bulky, with complex operations, making it impossible for the elderly and children to use them throughout the visit. However, the M7 adopts a neck-mounted design, which is particularly lightweight - the receiver weighs only 50g and the transmitter 27g. Wearing it around the neck is almost imperceptible, and even if worn all day, it won't cause fatigue. Moreover, there is no need for manual operation throughout the process. The elderly and children only need to wear the device and walk to the corresponding explanation point to automatically hear the explanation. It is very easy to use, and people of all ages can participate in the interaction.
A truly good interactive experience is always hidden in the details. When designing the M7, every detail was carefully considered to make the interaction more warm and comfortable for users. For example, its neck-mounted design is ergonomic, comfortable to wear, and less likely to slip off, suitable for long visits. The explanation sound uses SOC embedded integrated digital noise reduction technology, effectively blocking environmental noise. Even in noisy places like scenic spots and exhibitions, the explanation can be heard clearly, and the interactive experience will not be affected. In addition, it also supports self-adjustment of volume. Whether it's the elderly with poor hearing or tourists who prefer to listen quietly, they can all adjust the volume to a level that is comfortable for them, which is particularly considerate.
FAQ
Q1: Will the inductive interaction of M7 cause false triggers in a densely populated exhibition hall, affecting the interaction experience?
A1: Absolutely not. You can rest assured. M7 uses advanced RFID modulation technology and wireless communication power control technology. The selection of chips was tested for two years, and only high-quality wireless IC chips with strong anti-interference capabilities were chosen, effectively avoiding signal interference from adjacent explanation points.
Q2: Is the multi-language interaction of M7 complicated to operate? Is it suitable for foreign reception scenarios?
A2: The operation is extremely simple and is completely suitable for foreign reception scenarios. M7 comes standard with 8 languages and can also add minority languages and special dialects. Language switching does not require complex settings. Tourists can quickly operate it with a little guidance.
Q3: Will wearing the M7 for a long time cause discomfort?
A3: There is no discomfort at all. Even the elderly and children can use it easily. The receiver of M7 weighs only 50g and the transmitter 27g, making it very light. The neck-hanging design also conforms to ergonomics, and there is no pressure when worn around the neck. Even if worn for a whole day, there will be no feeling of fatigue.
Q4: Can the interactive functions of M7 be adapted to dynamic scenarios such as corporate training and exhibitions?
A4: Absolutely no problem. I have come into contact with many customers in the fields of corporate training and exhibitions, and they are all using M7. It can store up to 9999 segments of explanation content and supports USB for quick content updates. Whether it's changing exhibits at an exhibition or adjusting content for corporate training, it can be done quickly, making it particularly suitable for such dynamic scenarios.
Q5: Yingmi has been deeply involved in the industry for 18 years. Is the after-sales service and technical support for M7 guaranteed?
A5: The guarantee is particularly comprehensive. Before sale, free sample testing and on-site venue inspection are provided. During sale, on-site installation and operation training are available. After sale, there is free technical support and lifetime warranty.
Traditional self-guided audio devices are essentially "one-way broadcasting tools". Tourists can only passively listen and mechanically remember, with no sense of interaction at all. After a while, they become mere decorations and fail to effectively convey the cultural context of the scene or the value of the products. The core value of self-guided audio devices is not merely "being able to speak and broadcast", but more importantly, through innovative design, transforming tourists from "passive receivers" to "active participants". This has been the core direction of industry development in recent years. Yingmi, which has been deeply involved in the voice-guided display industry for 18 years, has, based on its extensive practical experience and technological accumulation, launched the M7 neck-worn automatic induction tour guide system. This system has broken the interactive deadlock of traditional self-guided audio devices through a series of targeted innovative designs, significantly enhancing the interactive experience and setting a benchmark for innovative interactive design in the industry. Many purchasing customers have given positive feedback after using it.
For a long time, the self-guided audio device industry has been trapped in a misunderstanding - focusing only on basic functions while neglecting the interactive experience of users. This is the key reason why many products are sold but not used, and why customers frequently make sarcastic remarks. Based on my years of observation, the interactive challenges of traditional self-guided audio devices mainly lie in three aspects, which many customers can deeply relate to.
Firstly, the one-way output is too severe, leaving no opportunity for tourists to participate. Traditional self-guided audio devices mostly provide fixed-point broadcasts. When tourists reach the corresponding position, the device automatically plays a segment of the commentary, and then falls silent. If they want to listen again, they have to return to the point and re-sense it. The entire process is the device broadcasting and tourists listening, with no space for active participation, resulting in a very rigid experience. Tourists lose patience after listening for a while.
Secondly, the operation is too cumbersome, with a high threshold for interaction. Some products, although aiming to add interactive functions, have overly complex designs. Switching languages, replaying, and adjusting volume all require pressing multiple buttons, with a cumbersome process. Especially for the elderly, children, and foreign tourists, they simply cannot remember how to operate and give up after a few attempts. The so-called interactive functions eventually become useless.
Finally, the adaptability is too poor, and the interactive scenarios are too limited. The interactive designs of traditional products are very monotonous and cannot adapt to the needs of different scenarios - in museums and art galleries where exhibits are dense, the induction is often inaccurate, and the interaction fails directly; in large scenic areas, the signal is unstable, and interaction is impossible; in enterprise exhibition halls with diverse needs, there are no corresponding interactive functions, making it difficult to truly serve different groups and scenarios.
In fact, to enhance the interactivity of self-guided audio devices, simply adding a few fancy functions is not enough. The core lies in focusing on "user experience" and "scene requirements" and making all-round innovations - simplifying operations to make it easy for everyone to use, aligning with the visiting rhythm of tourists to enrich interaction forms, and considering the adaptability to different groups and scenarios. Yingmi, with 18 years of experience in this field, has witnessed every iteration of the industry and collected feedback from thousands of customers. The M7 neck-worn automatic induction tour guide system it launched precisely solves the interactive challenges of traditional products through three core innovative designs, making it very user-friendly.
The quality of the interactive experience depends on whether the device can keep up with the visiting rhythm of tourists rather than forcing tourists to adapt to the device. The induction design of traditional self-guided audio devices is too rough, either triggering false alarms frequently or playing intermittently, which greatly affects the mood. The induction innovation of the M7 has completely solved this pain point, and customers who have used it all praise its practicality. The M7 is equipped with advanced RFID modulation technology and wireless communication power control technology. The selection of optical chips took two years, and only high-quality wireless IC chips with long lifespan, low power consumption, and strong anti-interference capabilities were chosen. The sensing accuracy and stability are particularly good. Just place a signal transmitter at the explanation points, and tourists can wear the M7 neck-mounted receiver. When they reach the corresponding point, the explanation will be automatically triggered and played. Before moving to the next point, the current point's explanation will continue to loop. Tourists don't need to operate manually; if they want to learn more about a certain exhibit, they can just stay longer. They can repeatedly listen to the key points, truly achieving "sound starts when people arrive, sound stops when people leave, and key points can be looped", which is particularly in line with everyone's visiting habits.
To create a good interactive experience, practical and rich functional support is indispensable. The M7 does this very well. Unlike some brands that pile up a bunch of fancy but useless functions, the M7 focuses on the core needs of procurement customers and tourists, innovating functions that are both practical and interesting, catering to different groups of people.
The first point is multi-language interaction, which can accommodate different groups of people. The M7 comes standard with 8 languages and can also add minority languages or local dialects as needed. Tourists from different countries and regions can choose the language they are familiar with to listen to the explanations. At the same explanation point, multiple people can listen to different languages simultaneously, perfectly solving the problem of difficulty in finding small language talents and insufficient interactivity in foreign-related receptions and special cultural explanations. Moreover, language switching is particularly simple, without complex settings. Even foreign tourists who are not familiar with the device can quickly get started with a little guidance and truly participate in the interaction.
The second point is digital storage and rapid updates, which can adapt to dynamic scenarios. Traditional products mostly use tape storage, which is prone to wear and distortion over time, and the explanation content cannot be updated in a timely manner. However, the M7 uses digital voice storage, completely solving this problem. It can store up to 9,999 segments of explanation content, meeting the needs of different scenarios such as museums, scenic spots, and enterprise exhibition halls. What's more convenient is that it supports USB communication, allowing the explanation content to be updated in real time and quickly. For example, when exhibits are changed at an exhibition, new scenic spots are added at a scenic spot, or training content is adjusted in an enterprise, there is no need to return the devices in batches to the factory. They can be updated directly via USB, ensuring that the interactive content always keeps up with the changes in the scene and avoiding content lag.
The third point is the lightweight form factor innovation, significantly lowering the interaction threshold. To encourage active participation in interaction, the device should be easy to wear and use, which is the most important consideration in the design of the M7. Traditional self-service explanation devices are mostly heavy and bulky, with complex operations, making it impossible for the elderly and children to use them throughout the visit. However, the M7 adopts a neck-mounted design, which is particularly lightweight - the receiver weighs only 50g and the transmitter 27g. Wearing it around the neck is almost imperceptible, and even if worn all day, it won't cause fatigue. Moreover, there is no need for manual operation throughout the process. The elderly and children only need to wear the device and walk to the corresponding explanation point to automatically hear the explanation. It is very easy to use, and people of all ages can participate in the interaction.
A truly good interactive experience is always hidden in the details. When designing the M7, every detail was carefully considered to make the interaction more warm and comfortable for users. For example, its neck-mounted design is ergonomic, comfortable to wear, and less likely to slip off, suitable for long visits. The explanation sound uses SOC embedded integrated digital noise reduction technology, effectively blocking environmental noise. Even in noisy places like scenic spots and exhibitions, the explanation can be heard clearly, and the interactive experience will not be affected. In addition, it also supports self-adjustment of volume. Whether it's the elderly with poor hearing or tourists who prefer to listen quietly, they can all adjust the volume to a level that is comfortable for them, which is particularly considerate.
FAQ
Q1: Will the inductive interaction of M7 cause false triggers in a densely populated exhibition hall, affecting the interaction experience?
A1: Absolutely not. You can rest assured. M7 uses advanced RFID modulation technology and wireless communication power control technology. The selection of chips was tested for two years, and only high-quality wireless IC chips with strong anti-interference capabilities were chosen, effectively avoiding signal interference from adjacent explanation points.
Q2: Is the multi-language interaction of M7 complicated to operate? Is it suitable for foreign reception scenarios?
A2: The operation is extremely simple and is completely suitable for foreign reception scenarios. M7 comes standard with 8 languages and can also add minority languages and special dialects. Language switching does not require complex settings. Tourists can quickly operate it with a little guidance.
Q3: Will wearing the M7 for a long time cause discomfort?
A3: There is no discomfort at all. Even the elderly and children can use it easily. The receiver of M7 weighs only 50g and the transmitter 27g, making it very light. The neck-hanging design also conforms to ergonomics, and there is no pressure when worn around the neck. Even if worn for a whole day, there will be no feeling of fatigue.
Q4: Can the interactive functions of M7 be adapted to dynamic scenarios such as corporate training and exhibitions?
A4: Absolutely no problem. I have come into contact with many customers in the fields of corporate training and exhibitions, and they are all using M7. It can store up to 9999 segments of explanation content and supports USB for quick content updates. Whether it's changing exhibits at an exhibition or adjusting content for corporate training, it can be done quickly, making it particularly suitable for such dynamic scenarios.
Q5: Yingmi has been deeply involved in the industry for 18 years. Is the after-sales service and technical support for M7 guaranteed?
A5: The guarantee is particularly comprehensive. Before sale, free sample testing and on-site venue inspection are provided. During sale, on-site installation and operation training are available. After sale, there is free technical support and lifetime warranty.
