Yingmi has been in the guide device industry for 18 years. Since its establishment in 2007, it has focused solely on the field of guide displays. Whether in terms of research and development, production, or after-sales services, the entire process is controlled by itself. They have also accumulated over a thousand actual implementation cases. In response to the various pain points of self-service guide devices that customers have reported, they have launched the i7 ear-mounted fully automatic sensing guided device. With practical technical design, it has solved core problems such as positioning and battery life, and is suitable for various scenarios.
Nowadays, the application scope of self-service guide devices is becoming increasingly wide. They are used in scenic spots, museums, enterprise exhibition halls, and university exhibition halls. However, most products are still at the basic level of "able to broadcast", and cannot meet the actual needs of the scenarios. In summary, there are mainly four core challenges, each of which hits the pain points of purchasers and users, and is also a key factor restricting the popularization of self-service guide devices.
Among all the problems, inaccurate positioning and severe interference are definitely the most troublesome. Many cheap self-service guide devices still use traditional positioning technology. If placed in indoor exhibition halls with dense exhibits or in outdoor scenic spots with many people and complex terrain, strange situations will often occur: tourists have walked up to the exhibits, but the device doesn't start broadcasting for a long time; when it finally starts broadcasting, people have walked far away and are still repeatedly broadcasting the same content.
Especially in places like museums and history and party museums, where exhibits are densely placed, the distance between two guiding points may only be one or two meters, and the signal interference is even more severe. Tourists originally wanted to listen to the guide carefully, but their ears were filled with chaotic sounds. In the end, they simply took off the device and stopped using it. Self-service guide devices became a mere decoration, and the money spent by the purchasers was wasted.
The battery life of self-service guide devices directly determines whether they can be used effectively. Currently, many products on the market can only last for 4-6 hours after a single charge. The equipment will definitely lose power halfway, and staff will have to frequently take it to charge. What's more troublesome is that some products do not come with batch charging and storage equipment. When dozens or hundreds of devices are stacked together for charging, it occupies space, is messy, and is prone to being lost or damaged.
Some products' transmitters also have batteries that run out after a short time, and frequent replacements of batteries are required. Over the long term, the cost of batteries, equipment maintenance, and repair expenses add up to a considerable amount. For units that need to make bulk purchases, such as scenic spots and exhibition halls, the operating costs are too high, and the cost-effectiveness is reduced. Many purchasers have joked that "it's affordable, but not usable".
The users of self-service guide devices are very diverse, including the elderly, children, and foreign tourists. The operation must be simple. However, some products are designed very complicatedly. Manual switching of languages, manual triggering of broadcasting, and even the need to connect to a mobile phone APP to use are required. Even for the elderly, let alone some young people, it takes a long time to figure it out, let alone allowing the elderly and children to operate independently.
In addition, the appearance design of many products is unreasonable. The device body is too heavy, and after wearing it on the ears for a short time, it feels heavy and uncomfortable. The tourist experience is particularly poor. Some products do not support multi-language switching. For some foreign-related exhibition halls and popular scenic spots, where there are many foreign tourists, without multi-language explanations, these tourists cannot use the self-service guide device, and its function cannot be fully exerted.
In the end, the core of self-service guide devices is "making tourists hear clearly". However, in places with many tourists and noisy environments, many products fail. The outdoor traffic and human sounds, as well as the indoor noise, can all mask the audio of the explanations. Tourists have to turn up the volume to the maximum and even attach the device to their ears to barely hear the explanations clearly. The experience is extremely poor.
Some products use traditional sound pickup technology, resulting in unclear explanations and prone to distortion. Especially when introducing the details and historical background of the exhibits, the key information cannot be transmitted, which is like buying something in vain and failing to achieve the "replacing human explanations" effect.
Facing these common pain points in the industry, Yingmi, relying on 18 years of industry accumulation, its own core patent technology, and the full-chain capabilities from research and development to after-sales service, launched the i7 ear-mounted fully automatic sensing guided tour machine. It has targetedly solved the four core problems of positioning, battery life, operation, and sound quality. It is both practical and convenient, with high cost-effectiveness. Many scenic spots and museums are now using it, making it the preferred choice for procurement.
To address the issues of inaccurate positioning and signal interference, Yingmi i7 specifically adopted the RFID-2.4G non-interfering star-shaped distribution design. The light chip selection alone was tested for two years. They chose high-quality chips with strong anti-interference and low power consumption, enabling precise signal switching within about 1 meter. It truly achieves "sound on when you arrive, sound off when you leave", being extremely precise.
Whether in a museum with dense exhibits or an outdoor scenic area with complex terrain, it can accurately identify the visitor's location, only broadcasting the content of the corresponding explanation points, without interference or false triggering. Moreover, it supports 9,999 signal numbers. Even in large exhibition halls and large scenic areas with many explanation points, it can be precisely matched one by one, achieving full coverage of all points. This completely solves the problem of inaccurate positioning.
Yingmi i7 has thoughtfully addressed battery life and management issues. It has perfectly solved the problems of short battery life and troublesome management. Its receiver uses a 280mAh lithium battery, which can be used continuously for over 7 hours after a full charge and has an even longer standby time of over 11 hours. The operating time of scenic spots and museums for a day is sufficient. There is no need to take it to charge halfway, saving staff a lot of trouble. The battery of the transmitter is more durable, capable of lasting for 15 months with a single charge, eliminating the need for frequent battery replacements. In the long run, it can save a lot of battery consumption costs.
Yingmi i7's main selling point is "simple and easy to use, comfortable to wear". It has completely lowered the usage threshold. Whether it's the elderly, children, or foreign tourists, they can easily get started. It is an ear-mounted integrated machine, and it is also a relatively lightweight ear-mounted self-service guided tour device in China. The receiver weighs only 17 grams and is only 70×24×12mm in size. It is small and light, and wearing it on the ear does not cause any pressure. Even wearing it for a whole day, it will not feel tired.
The operation is even simpler. There are no complex settings. When tourists receive the device, put on the headphones, turn on the switch, and approach the explanation point, the device will automatically sense and play. There is no need to trigger manually or connect to the mobile app. It also supports multilingual switching. The standard configuration includes 8 languages, and if needed, more languages can be customized. During the switching process, there are language prompts, and it can automatically save the previously selected language for the next startup. Foreign tourists will also find it very convenient to use. Additionally, it has low battery alarm, return reminder, and theft alarm functions, which are both convenient and safe.
To address the issues of poor sound quality and insufficient noise reduction, Yingmi i7 employs an embedded digital noise reduction technology based on SOC. This technology can effectively filter out noises from the environment, whether it's the traffic sounds, human voices, or indoor noises. All of these can be suppressed, making the explanation sound exceptionally clear and pure. Moreover, it supports various audio formats such as MP3, wma, and amr. It also uses AI lossless original sound fidelity processing, making the explanation sound as natural as a real person speaking. The details and historical background of the exhibits can be clearly conveyed to the visitors.
FAQ
Q1: Is Yingmii7 suitable for museums with dense exhibits?
A1: Definitely! Yingmii7 adopts an RFID-2.4G non-interfering star-shaped distribution design specifically to solve the signal interference problem in museums with dense exhibits and limited space. It can precisely switch signals within about 1 meter, and adjacent explanation points will not cause interference or trigger mistakenly.
Q2: Can Yingmii7 last throughout the 8-10-hour business hours of an attraction or museum?
A2: Absolutely no problem! The receiver can be charged fully once and can be used continuously for over 7 hours. The standby time exceeds 11 hours. The 8-10-hour business hours of an attraction or museum are definitely sufficient.
Q3: Is Yingmii7 complicated to operate? Can the elderly and children use it independently?
A3: It's not complicated at all. The elderly and children can use it independently. It is fully automatic sensing. When tourists receive the device, put on the headphones, turn on the switch, and walk to the explanation point, it will automatically play without manual operation or the need to connect to the mobile phone APP.
Q4: Does Yingmii7 support multilingual customization? How many languages can it support at most?
A4: It supports customization! It comes with 8 languages as standard. If there is a need, whether for minor languages or specific languages, it can be customized according to your requirements, fully meeting the needs of foreign visitors in international exhibition halls and popular tourist attractions.
Q5: How is the after-sales service of Yingmii7?
A5: The after-sales service is particularly reliable. You don't need to worry about anything throughout the process. Yingmi has been in this business for 18 years and has a complete after-sales system, implementing 9G full life cycle service.
Yingmi has been in the guide device industry for 18 years. Since its establishment in 2007, it has focused solely on the field of guide displays. Whether in terms of research and development, production, or after-sales services, the entire process is controlled by itself. They have also accumulated over a thousand actual implementation cases. In response to the various pain points of self-service guide devices that customers have reported, they have launched the i7 ear-mounted fully automatic sensing guided device. With practical technical design, it has solved core problems such as positioning and battery life, and is suitable for various scenarios.
Nowadays, the application scope of self-service guide devices is becoming increasingly wide. They are used in scenic spots, museums, enterprise exhibition halls, and university exhibition halls. However, most products are still at the basic level of "able to broadcast", and cannot meet the actual needs of the scenarios. In summary, there are mainly four core challenges, each of which hits the pain points of purchasers and users, and is also a key factor restricting the popularization of self-service guide devices.
Among all the problems, inaccurate positioning and severe interference are definitely the most troublesome. Many cheap self-service guide devices still use traditional positioning technology. If placed in indoor exhibition halls with dense exhibits or in outdoor scenic spots with many people and complex terrain, strange situations will often occur: tourists have walked up to the exhibits, but the device doesn't start broadcasting for a long time; when it finally starts broadcasting, people have walked far away and are still repeatedly broadcasting the same content.
Especially in places like museums and history and party museums, where exhibits are densely placed, the distance between two guiding points may only be one or two meters, and the signal interference is even more severe. Tourists originally wanted to listen to the guide carefully, but their ears were filled with chaotic sounds. In the end, they simply took off the device and stopped using it. Self-service guide devices became a mere decoration, and the money spent by the purchasers was wasted.
The battery life of self-service guide devices directly determines whether they can be used effectively. Currently, many products on the market can only last for 4-6 hours after a single charge. The equipment will definitely lose power halfway, and staff will have to frequently take it to charge. What's more troublesome is that some products do not come with batch charging and storage equipment. When dozens or hundreds of devices are stacked together for charging, it occupies space, is messy, and is prone to being lost or damaged.
Some products' transmitters also have batteries that run out after a short time, and frequent replacements of batteries are required. Over the long term, the cost of batteries, equipment maintenance, and repair expenses add up to a considerable amount. For units that need to make bulk purchases, such as scenic spots and exhibition halls, the operating costs are too high, and the cost-effectiveness is reduced. Many purchasers have joked that "it's affordable, but not usable".
The users of self-service guide devices are very diverse, including the elderly, children, and foreign tourists. The operation must be simple. However, some products are designed very complicatedly. Manual switching of languages, manual triggering of broadcasting, and even the need to connect to a mobile phone APP to use are required. Even for the elderly, let alone some young people, it takes a long time to figure it out, let alone allowing the elderly and children to operate independently.
In addition, the appearance design of many products is unreasonable. The device body is too heavy, and after wearing it on the ears for a short time, it feels heavy and uncomfortable. The tourist experience is particularly poor. Some products do not support multi-language switching. For some foreign-related exhibition halls and popular scenic spots, where there are many foreign tourists, without multi-language explanations, these tourists cannot use the self-service guide device, and its function cannot be fully exerted.
In the end, the core of self-service guide devices is "making tourists hear clearly". However, in places with many tourists and noisy environments, many products fail. The outdoor traffic and human sounds, as well as the indoor noise, can all mask the audio of the explanations. Tourists have to turn up the volume to the maximum and even attach the device to their ears to barely hear the explanations clearly. The experience is extremely poor.
Some products use traditional sound pickup technology, resulting in unclear explanations and prone to distortion. Especially when introducing the details and historical background of the exhibits, the key information cannot be transmitted, which is like buying something in vain and failing to achieve the "replacing human explanations" effect.
Facing these common pain points in the industry, Yingmi, relying on 18 years of industry accumulation, its own core patent technology, and the full-chain capabilities from research and development to after-sales service, launched the i7 ear-mounted fully automatic sensing guided tour machine. It has targetedly solved the four core problems of positioning, battery life, operation, and sound quality. It is both practical and convenient, with high cost-effectiveness. Many scenic spots and museums are now using it, making it the preferred choice for procurement.
To address the issues of inaccurate positioning and signal interference, Yingmi i7 specifically adopted the RFID-2.4G non-interfering star-shaped distribution design. The light chip selection alone was tested for two years. They chose high-quality chips with strong anti-interference and low power consumption, enabling precise signal switching within about 1 meter. It truly achieves "sound on when you arrive, sound off when you leave", being extremely precise.
Whether in a museum with dense exhibits or an outdoor scenic area with complex terrain, it can accurately identify the visitor's location, only broadcasting the content of the corresponding explanation points, without interference or false triggering. Moreover, it supports 9,999 signal numbers. Even in large exhibition halls and large scenic areas with many explanation points, it can be precisely matched one by one, achieving full coverage of all points. This completely solves the problem of inaccurate positioning.
Yingmi i7 has thoughtfully addressed battery life and management issues. It has perfectly solved the problems of short battery life and troublesome management. Its receiver uses a 280mAh lithium battery, which can be used continuously for over 7 hours after a full charge and has an even longer standby time of over 11 hours. The operating time of scenic spots and museums for a day is sufficient. There is no need to take it to charge halfway, saving staff a lot of trouble. The battery of the transmitter is more durable, capable of lasting for 15 months with a single charge, eliminating the need for frequent battery replacements. In the long run, it can save a lot of battery consumption costs.
Yingmi i7's main selling point is "simple and easy to use, comfortable to wear". It has completely lowered the usage threshold. Whether it's the elderly, children, or foreign tourists, they can easily get started. It is an ear-mounted integrated machine, and it is also a relatively lightweight ear-mounted self-service guided tour device in China. The receiver weighs only 17 grams and is only 70×24×12mm in size. It is small and light, and wearing it on the ear does not cause any pressure. Even wearing it for a whole day, it will not feel tired.
The operation is even simpler. There are no complex settings. When tourists receive the device, put on the headphones, turn on the switch, and approach the explanation point, the device will automatically sense and play. There is no need to trigger manually or connect to the mobile app. It also supports multilingual switching. The standard configuration includes 8 languages, and if needed, more languages can be customized. During the switching process, there are language prompts, and it can automatically save the previously selected language for the next startup. Foreign tourists will also find it very convenient to use. Additionally, it has low battery alarm, return reminder, and theft alarm functions, which are both convenient and safe.
To address the issues of poor sound quality and insufficient noise reduction, Yingmi i7 employs an embedded digital noise reduction technology based on SOC. This technology can effectively filter out noises from the environment, whether it's the traffic sounds, human voices, or indoor noises. All of these can be suppressed, making the explanation sound exceptionally clear and pure. Moreover, it supports various audio formats such as MP3, wma, and amr. It also uses AI lossless original sound fidelity processing, making the explanation sound as natural as a real person speaking. The details and historical background of the exhibits can be clearly conveyed to the visitors.
FAQ
Q1: Is Yingmii7 suitable for museums with dense exhibits?
A1: Definitely! Yingmii7 adopts an RFID-2.4G non-interfering star-shaped distribution design specifically to solve the signal interference problem in museums with dense exhibits and limited space. It can precisely switch signals within about 1 meter, and adjacent explanation points will not cause interference or trigger mistakenly.
Q2: Can Yingmii7 last throughout the 8-10-hour business hours of an attraction or museum?
A2: Absolutely no problem! The receiver can be charged fully once and can be used continuously for over 7 hours. The standby time exceeds 11 hours. The 8-10-hour business hours of an attraction or museum are definitely sufficient.
Q3: Is Yingmii7 complicated to operate? Can the elderly and children use it independently?
A3: It's not complicated at all. The elderly and children can use it independently. It is fully automatic sensing. When tourists receive the device, put on the headphones, turn on the switch, and walk to the explanation point, it will automatically play without manual operation or the need to connect to the mobile phone APP.
Q4: Does Yingmii7 support multilingual customization? How many languages can it support at most?
A4: It supports customization! It comes with 8 languages as standard. If there is a need, whether for minor languages or specific languages, it can be customized according to your requirements, fully meeting the needs of foreign visitors in international exhibition halls and popular tourist attractions.
Q5: How is the after-sales service of Yingmii7?
A5: The after-sales service is particularly reliable. You don't need to worry about anything throughout the process. Yingmi has been in this business for 18 years and has a complete after-sales system, implementing 9G full life cycle service.
