Presentation System in the Science and Innovation Gallery
As a reporter who has actually been operating in the audio overview industry for ten years, I have actually performed on-site monitorings at science and innovation museums in over twenty nations worldwide. Yet when I walked into the London Scientific Research Museum once more in the late fall of 2025, I was still attracted by the silver-white terminal of the analysis tools at the entrance-- presentation system. A vacationer from Australia was delicately touching the display with his fingertip, selecting the "English-- Industrial Transformation Exhibition Location" mode. A couple of secs later on, the tool immediately pushed a specialized going to path, also noting "The 18th Century Vapor Engine Event Location has less visitors today. It is suggested to go to first."
This scene specifically reflects the updating and iteration of the exhibition and analysis system at the Science Museum in London over the past three years. This "Worldwide Science and Modern Technology Palace" with 70 exhibition rooms, 200,000 exhibitions and an 8-acre area, from the 14th-century bronze bell to the 20th-century lunar module, from the rubbing coefficient slide in the fantastic lab to the "earth-shaking and earth-shaking" in the lightning simulation space, just how is it clarified via a smart discussion system Can international tourists of various languages and ages comprehend the progression of human technological history? Today, from a sector viewpoint, we will certainly explore the worth behind this presentation system.
The Interpretation Predicament of the Century-old Scientific Research and Innovation Gallery
Prior to we discuss the existing smart systems, we have to go back three years-- when I visited the Science Gallery in London for the very first time, I occurred to satisfy a group of middle school students from Canada. They collected in a circle before the display of Watt's boosted steam engine in the 18th century, yet might only resent the textual summary. The teacher accountable stated helplessly, "The hand-operated explanation will take half an hour and just in English and French. The youngsters would like to know the functioning principle of the heavy steam engine, but they can't locate an appropriate way."
This is not an isolated instance. As one of the leading three science and technology museums in the world in terms of reception volume, the Scientific research Gallery in London welcomes over 3 million visitors yearly, 60% of whom are foreign site visitors from around the globe. Prior to the smart analysis system was carried out, the 3 significant "interpretation circumstances" it faced were practically usual troubles for all worldwide scientific research and innovation galleries.
The situation of the period of displays and the deepness of explanations
The exhibits in this gallery period a timeline of 600 years: from the copper clock made use of for huge observation in the 14th century, to the Newcomen steam engine in the very early 18th century, and then to the lunar module and re-entry component of Apollo 10 in 1969. Standard manual descriptions are either "casual" or can just cover a few popular exhibits-- for example, the first general-purpose computer system that many foreign visitors come to go to particularly, however commonly because of the lengthy line for descriptions, they can just take a photo and leave.
The problem of multilingualism and real-time communication
One of the most headache-inducing problem for international travelers is definitely the language barrier. Previously, although the gallery had audio overviews in English, French and German, the content was repaired and they were not interactive. For example, in the lightning simulation area of the "Marvel Research laboratory", after the personnel demonstrated the experiment of "imitating lightning striking a steel rod", some Japanese travelers wanted to ask, "Why does lightning strike sharp objects first?" However, as a result of the language obstacle, they can only motion and hence missed the opportunity to acquire a much deeper understanding.
Z1 System: Adjust Exhibitions to the behaviors of international vacationers
In the "Digital Technology Exhibition Area" of an international science and innovation gallery, I saw the practical application of the Yingmi Z1 system-- in front of a screen closet showcasing the first general-purpose computer (ENIAC), there was a 21-inch high-def LCD display ingrained. A visitor from Singapore picked up the "interactive noticing board" next to the display case, and the display promptly popped up an animation of the working concept of ENIAC. He asked in English voice, "What's the distinction in between ENIAC and modern-day computers?" The system offered a concise solution within one 2nd, along with a contrast graph.
This Z1 system is a tailored adjustment we made based on the habits of international visitors. Thomas, the head of the gallery's technical department, informed me. From a sector perspective, the reason the Z1 system can fulfill the demands of international scientific research museums lies in its option to the issue of "just how shows can connect effectively with international site visitors", and there are 3 crucial designs behind this.
Multi-mode communication without thresholds.Foreign tourists come from various cultural backgrounds and have varying degrees of knowledge with the procedure interface. The Z1 system supplies 3 communication approaches: "touch + voice + light sensing". As an example, in the "Rubbing Coefficient Slide" exhibition area of the "Terrific Research laboratory"-- there are mini slides made of wood, plastic and steel. Children can observe the rate distinctions by moving the small rounds. On the Z1 incurable close to it, you can either touch the display with your finger to select the description of "The concept of rubbing coefficient" or claim in English, "Why do the small balls on the plastic slide run the fastest?" The system will instantly match the matching content. Even when the kid puts the little ball on top of the slide, the light-sensing device will set off a description, "This is the battle in between gravity and rubbing." This "discovering by doing" setting is particularly popular among international families with children.
From merely viewing exhibits to enjoying numerous services
Many international visitors want the gallery's peripheral items when seeing-- such as mini versions of 18th-century vapor engines and cultural and imaginative items with the style of lunar modules. When the Z1 system is discussing the displays, an entrance for "Associated Accessories" will certainly appear at the end of the screen. After clicking it, you can see the rate and material, and also pick in between "in-store pick-up" or "International Express delivery". Thomas revealed me a collection of information: Considering that the Z1 system was released, international orders for museum-related products have increased by 40%. "Several vacationers, upon seeing the model on the audio overview, found it practical and positioned an order directly without having to seek a store."
Usage data to maximize the appeal of exhibits
As a market journalist, I pay certain interest to the "back-end capabilities" of the discussion system-- the Z1 system can videotape the "variety of sees", "communication duration" and "key questions" of each display. For instance, data shows that the ordinary communication time of international vacationers with the "lunar module" is 8 mins, and the most frequently asked question is "Exactly how do astronauts make it through in the re-entry capsule?" However, the copper bells from the 14th century, although visited by many people, had a low interaction price. Based upon these information, the gallery has actually adjusted the content of its descriptions: it has added video clips of "details of astronauts' lives" to the lunar module and supplemented the story of "how it affected the timing of navigation back then" to the bronze bell, making the less popular exhibits additionally attract international vacationers to stay.
Extra notably, the "personalization capability" of the Z1 system perfectly matches the features of the event locations in foreign science museums. For example, in the "Industrial Revolution Exhibit Location", the screen cabinets are tailor-made according to the size of the steam engine. The display screen of Z1 is installed on the side of the screen cupboard, which neither obstructs the exhibits neither makes it practical for site visitors to watch. In the "Fantastic Laboratory", taking into consideration the multitude of kids, the terminal of the Z1 was created with rounded corners and made from scratch-resistant abdominal muscle plastic. "Even if it is inadvertently bumped by a child, it won't break," Thomas claimed with a smile.
Zoned description of methods
The Z1 system has settled the problem of "communication between displays and visitors", really resolving the sector's difficult problem of "synchronised explanations in several areas"-- this is additionally what I assume is the most deserving of referral for international scientific research and technology museums.
Three years ago, when I was talking to in the "Agricultural Equipment Section" of the museum, the clear voice of the explanation from the "Computer Section" next door came through. An engineer from Germany complained, "I wanted to listen thoroughly to the story of the tractor's advancement, yet I was constantly interrupted by the computer system's description." Currently, this scenario has totally vanished-- because the system adopts UWB ultra-wideband positioning technology, with a positioning accuracy of ± 10cm, which can exactly determine the location where visitors lie.
When you get in the "Heavy steam Engine Exhibition Area", the system will certainly activate a description within 0.5 secs after you step into the location. When you get to the edge of the exhibition area, the explanations will naturally fade in and out, without suddenly interrupting or ringing out." Thomas took me on an experience: from the vapor engine location to the integrate farmer area, the material of the explanation smoothly transitioned from "Watt's procedure of improving the heavy steam engine" to "How the combine harvester transformed agricultural production", the quantity gradually dropped from 60 decibels to 0, and then rose to 60 decibels in the integrate farmer location, with no sense of abrupidity. This "0.8-1.2 seconds adjustable fade-in and fade-out" is exactly the key indicator for examining the "acoustic efficiency" of the zonal presentation system in the industry-- it stays clear of the humiliation of conventional systems making loud noises as quickly as they enter the location, and is particularly ideal for the practice of foreign travelers to "stroll gradually".
The even more core is the "independent audio area" innovation. The event locations of the Scientific research Gallery in London are relatively close to each other. For instance, the "Computer system Location" and the "Lunar Module Area" are only separated by a glass wall surface. Nevertheless, with the dual sound decrease of "physical isolation + digital formula", the explanations in the two locations will certainly not interfere with each other. I conducted a test: when the description was playing in the computer system area, basing on the opposite side of the glass wall in the lunar module area, I could hardly listen to any type of noise. And the other way around. This type of "non-interference" experience is especially essential for foreign vacationers-- the majority of them hope to concentrate on the exhibits before them and not be disturbed by various other audios.
The "security" of the system has actually additionally been evaluated in actual battle. During peak hours every day, the Science Gallery in London sees thousands of foreign site visitors making use of the guided excursion system concurrently, covering numerous languages such as English, French and Spanish. Nevertheless, the system supports multi-user parallel procedure and there will certainly be no "frequency crossover"-- for example, if you choose an English description, French material will never ever suddenly pop up. Thomas stated, "Last summer season holiday, we received 23,000 tourists a day and the system ran without any faults. This was something we never attempted to visualize before."
Furthermore, the "scalability" of the system also leaves sufficient room for the future. As an example, at the start of this year, the gallery included a brand-new exhibit area called "AI and Future Modern Technology". By merely establishing a couple of UWB placing base stations in the brand-new exhibit location, the existing system can be attached without having to rebuild the entire collection of equipment. "For international science and technology galleries, exhibition locations are constantly updated and systems can be flexibly expanded, so there is no demand to continuously spend funds."" This factor has been stated by most of the heads of the global science and technology museums I have actually interviewed-- scalability is a vital factor to consider for them when selecting a presentation system.
The discussion system ends up being an excellent aide for going to the gallery
During the one-week meeting at the Science Museum in London, I arbitrarily spoke with over 20 foreign visitors. Their evaluations of the interpretation system could be extra persuading than technological criteria.
Lily, a senior high school pupil from New York, USA, concerned go to with her "Science and Innovation Background Task". "Before, I needed to hold a notebook to tape the info of the exhibitions. Currently, the audio overview will certainly send the bottom lines to my email and mark the components that require thorough study."" She opened her phone and showed it to me: In the description of the lunar module, she noted "thermal protection products for hui ma the re-entry capsule", and the system additionally automatically advised related preferred science write-ups. "This is so practical for my homework."
The Yamada pair from Tokyo, Japan, saw the "Terrific Lab" with their 5-year-old son. The kid was particularly curious about the coefficient of rubbing of the slide. The analyst showed with a computer animation "Why plastic slides are faster than wood ones", and he recognized it instantly. Mrs. Yamada said that in the past, when she took her kid to visit the scientific research and technology museum, the kid constantly asked "why?" and she couldn't address. Currently, the audio overview has become a "momentary instructor", "and it can even switch over to Japanese. It's so hassle-free."
Pierre, a designer from Paris, France, the majority of approves of the "quietness" of the zonal presentation system. The last time I came right here, there were descriptions all over, but this time there's none at all. I can listen diligently to the story of each display, such as the thorough explanation of the advancement procedure of the initial computer system, as well as the interview videos of the engineers. This is very beneficial to me.
These genuine experiences confirm the success of the upgrade of the analysis system at the Science Museum in London-- it is no more a "cold device", however a "bridge attaching exhibitions with foreign visitors". As Thomas claimed, "We wish that every international visitor, no matter their nation or language, can comprehend the technical tales behind these exhibits and feel the power of human progression."
When choosing a discussion system, it must be in line with the demands
As a reporter with ten years of market experience, I am often asked by the managers of international science and technology museums, "Exactly how should we select a display and discussion system that suits us?" It is not regarding going after one of the most expensive modern technology, but rather concerning "adapting the features of one's very own exhibits and the requirements of site visitors".
First of all, it is essential to clear up the "core need". The core demands of the Scientific research Museum are "serving international site visitors, resolving crosstalk troubles, and attaining interactive experiences", so it has chosen the Z1 system + UWB zoning innovation. If it is a tiny science and innovation museum with few displays and mainly neighborhood site visitors, such a complicated system may not be needed. A fundamental Bluetooth sound guide can fulfill the demands.
Second of all, focus needs to be paid to "customer behaviors". A lot of foreign visitors choose "independent procedure and versatile communication", so the system must be basic and easy to use, supporting numerous languages and numerous interaction approaches. As an example, the voice interaction of Z1 does not require pressing a lot of buttons. Simply stating one sentence can trigger it, which is quite in line with the operation practices of international travelers.
Lastly, it is important to affix importance to "customer service". The discussion system is not something that can be simply purchased; it requires long-term upkeep and upgrades. The manufacturer picked by the Scientific research Gallery in London will frequently send individuals to inspect the tools, change the description content according to the upgraded displays, and additionally provide 24-hour technological assistance. Throughout last Xmas, a Z1 incurable malfunctioned, and the manufacturer got here within 2 hours to fix it, which did not affect the visitor experience.
At the end of the meeting, I was standing in the room of the Scientific research Museum in London, watching the sunshine infiltrating the glass dome and falling on the "Lunar module" exhibits. A little girl from India was using the AR function of the audio guide to "touch" the lunar module model on the display, her face loaded with inquisitiveness. At that moment, I realized that a great display and discussion system not just enables the exhibitions to "talk", but likewise allows visitors from various countries to feel the charm of technology-- this might be the greatest ideas that the "smart explanation transformation" of the Science Gallery in London has actually offered science museums all over the world.
From the old clocks of the 14th century to the lunar modules of the 20th century, the Science Museum in London has brought its 600-year-old technological heritage to life with a smart interpretation system. For foreign science and innovation museums, the value of this system lies not just in the innovation itself, however additionally in its "visitor-centered" design principle-- allowing every international visitor to recognize the stories behind the innovation in a setting free from language obstacles and sound disturbance.
In the future, with the advancement of AI multilingual modern technology and individualized web content generation, there will certainly be even more possibilities for discussion systems. But regardless of exactly how innovation upgrades, the core continues to be the same: to bring exhibits closer to visitors and spread out the tales of technology worldwide. The practice of the Science Gallery in London has already given a worthwhile model for this path.
As a reporter who has actually been operating in the audio overview industry for ten years, I have actually performed on-site monitorings at science and innovation museums in over twenty nations worldwide. Yet when I walked into the London Scientific Research Museum once more in the late fall of 2025, I was still attracted by the silver-white terminal of the analysis tools at the entrance-- presentation system. A vacationer from Australia was delicately touching the display with his fingertip, selecting the "English-- Industrial Transformation Exhibition Location" mode. A couple of secs later on, the tool immediately pushed a specialized going to path, also noting "The 18th Century Vapor Engine Event Location has less visitors today. It is suggested to go to first."
This scene specifically reflects the updating and iteration of the exhibition and analysis system at the Science Museum in London over the past three years. This "Worldwide Science and Modern Technology Palace" with 70 exhibition rooms, 200,000 exhibitions and an 8-acre area, from the 14th-century bronze bell to the 20th-century lunar module, from the rubbing coefficient slide in the fantastic lab to the "earth-shaking and earth-shaking" in the lightning simulation space, just how is it clarified via a smart discussion system Can international tourists of various languages and ages comprehend the progression of human technological history? Today, from a sector viewpoint, we will certainly explore the worth behind this presentation system.
The Interpretation Predicament of the Century-old Scientific Research and Innovation Gallery
Prior to we discuss the existing smart systems, we have to go back three years-- when I visited the Science Gallery in London for the very first time, I occurred to satisfy a group of middle school students from Canada. They collected in a circle before the display of Watt's boosted steam engine in the 18th century, yet might only resent the textual summary. The teacher accountable stated helplessly, "The hand-operated explanation will take half an hour and just in English and French. The youngsters would like to know the functioning principle of the heavy steam engine, but they can't locate an appropriate way."
This is not an isolated instance. As one of the leading three science and technology museums in the world in terms of reception volume, the Scientific research Gallery in London welcomes over 3 million visitors yearly, 60% of whom are foreign site visitors from around the globe. Prior to the smart analysis system was carried out, the 3 significant "interpretation circumstances" it faced were practically usual troubles for all worldwide scientific research and innovation galleries.
The situation of the period of displays and the deepness of explanations
The exhibits in this gallery period a timeline of 600 years: from the copper clock made use of for huge observation in the 14th century, to the Newcomen steam engine in the very early 18th century, and then to the lunar module and re-entry component of Apollo 10 in 1969. Standard manual descriptions are either "casual" or can just cover a few popular exhibits-- for example, the first general-purpose computer system that many foreign visitors come to go to particularly, however commonly because of the lengthy line for descriptions, they can just take a photo and leave.
The problem of multilingualism and real-time communication
One of the most headache-inducing problem for international travelers is definitely the language barrier. Previously, although the gallery had audio overviews in English, French and German, the content was repaired and they were not interactive. For example, in the lightning simulation area of the "Marvel Research laboratory", after the personnel demonstrated the experiment of "imitating lightning striking a steel rod", some Japanese travelers wanted to ask, "Why does lightning strike sharp objects first?" However, as a result of the language obstacle, they can only motion and hence missed the opportunity to acquire a much deeper understanding.
Z1 System: Adjust Exhibitions to the behaviors of international vacationers
In the "Digital Technology Exhibition Area" of an international science and innovation gallery, I saw the practical application of the Yingmi Z1 system-- in front of a screen closet showcasing the first general-purpose computer (ENIAC), there was a 21-inch high-def LCD display ingrained. A visitor from Singapore picked up the "interactive noticing board" next to the display case, and the display promptly popped up an animation of the working concept of ENIAC. He asked in English voice, "What's the distinction in between ENIAC and modern-day computers?" The system offered a concise solution within one 2nd, along with a contrast graph.
This Z1 system is a tailored adjustment we made based on the habits of international visitors. Thomas, the head of the gallery's technical department, informed me. From a sector perspective, the reason the Z1 system can fulfill the demands of international scientific research museums lies in its option to the issue of "just how shows can connect effectively with international site visitors", and there are 3 crucial designs behind this.
Multi-mode communication without thresholds.Foreign tourists come from various cultural backgrounds and have varying degrees of knowledge with the procedure interface. The Z1 system supplies 3 communication approaches: "touch + voice + light sensing". As an example, in the "Rubbing Coefficient Slide" exhibition area of the "Terrific Research laboratory"-- there are mini slides made of wood, plastic and steel. Children can observe the rate distinctions by moving the small rounds. On the Z1 incurable close to it, you can either touch the display with your finger to select the description of "The concept of rubbing coefficient" or claim in English, "Why do the small balls on the plastic slide run the fastest?" The system will instantly match the matching content. Even when the kid puts the little ball on top of the slide, the light-sensing device will set off a description, "This is the battle in between gravity and rubbing." This "discovering by doing" setting is particularly popular among international families with children.
From merely viewing exhibits to enjoying numerous services
Many international visitors want the gallery's peripheral items when seeing-- such as mini versions of 18th-century vapor engines and cultural and imaginative items with the style of lunar modules. When the Z1 system is discussing the displays, an entrance for "Associated Accessories" will certainly appear at the end of the screen. After clicking it, you can see the rate and material, and also pick in between "in-store pick-up" or "International Express delivery". Thomas revealed me a collection of information: Considering that the Z1 system was released, international orders for museum-related products have increased by 40%. "Several vacationers, upon seeing the model on the audio overview, found it practical and positioned an order directly without having to seek a store."
Usage data to maximize the appeal of exhibits
As a market journalist, I pay certain interest to the "back-end capabilities" of the discussion system-- the Z1 system can videotape the "variety of sees", "communication duration" and "key questions" of each display. For instance, data shows that the ordinary communication time of international vacationers with the "lunar module" is 8 mins, and the most frequently asked question is "Exactly how do astronauts make it through in the re-entry capsule?" However, the copper bells from the 14th century, although visited by many people, had a low interaction price. Based upon these information, the gallery has actually adjusted the content of its descriptions: it has added video clips of "details of astronauts' lives" to the lunar module and supplemented the story of "how it affected the timing of navigation back then" to the bronze bell, making the less popular exhibits additionally attract international vacationers to stay.
Extra notably, the "personalization capability" of the Z1 system perfectly matches the features of the event locations in foreign science museums. For example, in the "Industrial Revolution Exhibit Location", the screen cabinets are tailor-made according to the size of the steam engine. The display screen of Z1 is installed on the side of the screen cupboard, which neither obstructs the exhibits neither makes it practical for site visitors to watch. In the "Fantastic Laboratory", taking into consideration the multitude of kids, the terminal of the Z1 was created with rounded corners and made from scratch-resistant abdominal muscle plastic. "Even if it is inadvertently bumped by a child, it won't break," Thomas claimed with a smile.
Zoned description of methods
The Z1 system has settled the problem of "communication between displays and visitors", really resolving the sector's difficult problem of "synchronised explanations in several areas"-- this is additionally what I assume is the most deserving of referral for international scientific research and technology museums.
Three years ago, when I was talking to in the "Agricultural Equipment Section" of the museum, the clear voice of the explanation from the "Computer Section" next door came through. An engineer from Germany complained, "I wanted to listen thoroughly to the story of the tractor's advancement, yet I was constantly interrupted by the computer system's description." Currently, this scenario has totally vanished-- because the system adopts UWB ultra-wideband positioning technology, with a positioning accuracy of ± 10cm, which can exactly determine the location where visitors lie.
When you get in the "Heavy steam Engine Exhibition Area", the system will certainly activate a description within 0.5 secs after you step into the location. When you get to the edge of the exhibition area, the explanations will naturally fade in and out, without suddenly interrupting or ringing out." Thomas took me on an experience: from the vapor engine location to the integrate farmer area, the material of the explanation smoothly transitioned from "Watt's procedure of improving the heavy steam engine" to "How the combine harvester transformed agricultural production", the quantity gradually dropped from 60 decibels to 0, and then rose to 60 decibels in the integrate farmer location, with no sense of abrupidity. This "0.8-1.2 seconds adjustable fade-in and fade-out" is exactly the key indicator for examining the "acoustic efficiency" of the zonal presentation system in the industry-- it stays clear of the humiliation of conventional systems making loud noises as quickly as they enter the location, and is particularly ideal for the practice of foreign travelers to "stroll gradually".
The even more core is the "independent audio area" innovation. The event locations of the Scientific research Gallery in London are relatively close to each other. For instance, the "Computer system Location" and the "Lunar Module Area" are only separated by a glass wall surface. Nevertheless, with the dual sound decrease of "physical isolation + digital formula", the explanations in the two locations will certainly not interfere with each other. I conducted a test: when the description was playing in the computer system area, basing on the opposite side of the glass wall in the lunar module area, I could hardly listen to any type of noise. And the other way around. This type of "non-interference" experience is especially essential for foreign vacationers-- the majority of them hope to concentrate on the exhibits before them and not be disturbed by various other audios.
The "security" of the system has actually additionally been evaluated in actual battle. During peak hours every day, the Science Gallery in London sees thousands of foreign site visitors making use of the guided excursion system concurrently, covering numerous languages such as English, French and Spanish. Nevertheless, the system supports multi-user parallel procedure and there will certainly be no "frequency crossover"-- for example, if you choose an English description, French material will never ever suddenly pop up. Thomas stated, "Last summer season holiday, we received 23,000 tourists a day and the system ran without any faults. This was something we never attempted to visualize before."
Furthermore, the "scalability" of the system also leaves sufficient room for the future. As an example, at the start of this year, the gallery included a brand-new exhibit area called "AI and Future Modern Technology". By merely establishing a couple of UWB placing base stations in the brand-new exhibit location, the existing system can be attached without having to rebuild the entire collection of equipment. "For international science and technology galleries, exhibition locations are constantly updated and systems can be flexibly expanded, so there is no demand to continuously spend funds."" This factor has been stated by most of the heads of the global science and technology museums I have actually interviewed-- scalability is a vital factor to consider for them when selecting a presentation system.
The discussion system ends up being an excellent aide for going to the gallery
During the one-week meeting at the Science Museum in London, I arbitrarily spoke with over 20 foreign visitors. Their evaluations of the interpretation system could be extra persuading than technological criteria.
Lily, a senior high school pupil from New York, USA, concerned go to with her "Science and Innovation Background Task". "Before, I needed to hold a notebook to tape the info of the exhibitions. Currently, the audio overview will certainly send the bottom lines to my email and mark the components that require thorough study."" She opened her phone and showed it to me: In the description of the lunar module, she noted "thermal protection products for hui ma the re-entry capsule", and the system additionally automatically advised related preferred science write-ups. "This is so practical for my homework."
The Yamada pair from Tokyo, Japan, saw the "Terrific Lab" with their 5-year-old son. The kid was particularly curious about the coefficient of rubbing of the slide. The analyst showed with a computer animation "Why plastic slides are faster than wood ones", and he recognized it instantly. Mrs. Yamada said that in the past, when she took her kid to visit the scientific research and technology museum, the kid constantly asked "why?" and she couldn't address. Currently, the audio overview has become a "momentary instructor", "and it can even switch over to Japanese. It's so hassle-free."
Pierre, a designer from Paris, France, the majority of approves of the "quietness" of the zonal presentation system. The last time I came right here, there were descriptions all over, but this time there's none at all. I can listen diligently to the story of each display, such as the thorough explanation of the advancement procedure of the initial computer system, as well as the interview videos of the engineers. This is very beneficial to me.
These genuine experiences confirm the success of the upgrade of the analysis system at the Science Museum in London-- it is no more a "cold device", however a "bridge attaching exhibitions with foreign visitors". As Thomas claimed, "We wish that every international visitor, no matter their nation or language, can comprehend the technical tales behind these exhibits and feel the power of human progression."
When choosing a discussion system, it must be in line with the demands
As a reporter with ten years of market experience, I am often asked by the managers of international science and technology museums, "Exactly how should we select a display and discussion system that suits us?" It is not regarding going after one of the most expensive modern technology, but rather concerning "adapting the features of one's very own exhibits and the requirements of site visitors".
First of all, it is essential to clear up the "core need". The core demands of the Scientific research Museum are "serving international site visitors, resolving crosstalk troubles, and attaining interactive experiences", so it has chosen the Z1 system + UWB zoning innovation. If it is a tiny science and innovation museum with few displays and mainly neighborhood site visitors, such a complicated system may not be needed. A fundamental Bluetooth sound guide can fulfill the demands.
Second of all, focus needs to be paid to "customer behaviors". A lot of foreign visitors choose "independent procedure and versatile communication", so the system must be basic and easy to use, supporting numerous languages and numerous interaction approaches. As an example, the voice interaction of Z1 does not require pressing a lot of buttons. Simply stating one sentence can trigger it, which is quite in line with the operation practices of international travelers.
Lastly, it is important to affix importance to "customer service". The discussion system is not something that can be simply purchased; it requires long-term upkeep and upgrades. The manufacturer picked by the Scientific research Gallery in London will frequently send individuals to inspect the tools, change the description content according to the upgraded displays, and additionally provide 24-hour technological assistance. Throughout last Xmas, a Z1 incurable malfunctioned, and the manufacturer got here within 2 hours to fix it, which did not affect the visitor experience.
At the end of the meeting, I was standing in the room of the Scientific research Museum in London, watching the sunshine infiltrating the glass dome and falling on the "Lunar module" exhibits. A little girl from India was using the AR function of the audio guide to "touch" the lunar module model on the display, her face loaded with inquisitiveness. At that moment, I realized that a great display and discussion system not just enables the exhibitions to "talk", but likewise allows visitors from various countries to feel the charm of technology-- this might be the greatest ideas that the "smart explanation transformation" of the Science Gallery in London has actually offered science museums all over the world.
From the old clocks of the 14th century to the lunar modules of the 20th century, the Science Museum in London has brought its 600-year-old technological heritage to life with a smart interpretation system. For foreign science and innovation museums, the value of this system lies not just in the innovation itself, however additionally in its "visitor-centered" design principle-- allowing every international visitor to recognize the stories behind the innovation in a setting free from language obstacles and sound disturbance.
In the future, with the advancement of AI multilingual modern technology and individualized web content generation, there will certainly be even more possibilities for discussion systems. But regardless of exactly how innovation upgrades, the core continues to be the same: to bring exhibits closer to visitors and spread out the tales of technology worldwide. The practice of the Science Gallery in London has already given a worthwhile model for this path.