Movie event at Shaw Theatres Balestier organised by The Listening Lab and in collaboration with Advanced Bionics
Posted in FAQ | Updated on March 15, 2024
Saturday, 9th March 2024, marks a momentous day for The Listening Lab as it was the first collaborated event with Advanced Bionics (AB) where invitations were extended to our existing AB Cochlear Implant (CI) users to an afternoon of movie screening of Kung Fu Panda 4 at Shaw Theatres Balestier.
The deciding factor of the event location was due to the fact that Shaw Theatres Balestier is one of the many venues and locations where The Listening Lab’s Hearing Enhancement System team have implemented Induction Loop Systems in.
These systems are implemented to compliment the Telecoil feature which are built-in the Cochlear Implants and Hearing Aids. These systems generate magnetic fields which induces the Telecoil component in the Cochlear Implants and Hearing Aids, and will then be converted to audible signals directly from the source which the users are able to enjoy, without any compromise on the audio quality regardless of distance from the audio source. Think of it like the noise-cancelling function in wireless earbuds or headphones.
Hence, attendees were educated on the availability of the built-in Telecoil component and also to be on the lookout for The Blue Ear Sign which indicates that the area or venue is Telecoil-Friendly and they would be able to take advantage of the available Induction Loop Systems by switching to their Telecoil Setting.
Since it was free-seating, the attendees were spread out throughout the 75-seater theatre and had their Telecoil setting properly set to enjoy the movie screening without having any troubles with crosstalk from the adjacent theatre that was concurrently playing a different movie. This proves to show that with proper loop design and installation, it can be effective in controlling the overspilling effect between adjacent rooms.
A Cochlear Implant is a form of intervention for individuals who have severe to profound hearing loss. It requires a procedure to insert the internal implant under the skin. The Cochlear Implant works by sending electrical signals to an individual’s inner ear hair cells, in turn, sends bioelectrical signals to the brain, sending the perceptions of sound to one’s consciousness.
The growing number of those who require Cochlear Implants are of the young and vulnerable rather than those who are in their Silver Age. Infants born with significant levels of hearing loss require prompt decisions regarding implantation to prevent the risk of permanent impairment in their ability to listen and speak normally.
Here are a few firsthand accounts shared by the event attendees.
“It was clearer than in other cinemas” – Jun Rong, 10-Year-Old Advanced Bionics Cochlear Implant user.
“Quite surprised to see the reaction of our son. Wished we turned on the Telecoil setting earlier during the happier scene (we didn’t know until Mid-movie)” – Aditya, Father of 2-Year-Old Son with Advanced Bionics Cochlear Implant.
“This (Telecoil) is something that I’ve been curious about and got answered during this event. It would be great that we could do a map immediate to use and experience firsthand it’s benefits” – Leanne, Mother to 10-year-old son with Advanced Bionics Cochlear Implant.
Lentor Health Nursing Home Featured Project Photo by Finbar Fallon West Coast Nursing Home, located in the serene West…
Vertical and Adjacent Crosstalk of Induction Loop Systems in NUS COM4
Posted in FAQ | Updated on March 7, 2024
The NUS School of Computing is proud to introduce their new facility, the 5-storey COM4 building, where student of NUS’ School of Computing can utilise for various uses from discussions, to learning and teaching labs. The School of Computing has decided to cater their facility to be as inclusive as possible which has accessibility, including Hearing Enhancement Systems to be implement within the rooms throughout the building.
Hearing Enhancement Systems or Induction loop systems have become an integral part of ensuring accessibility and inclusivity for individuals with hearing impairments. These systems use magnetic fields to transmit sound directly to hearing aids or cochlear implants, enabling users to hear clearly in public spaces, such as theatres, lecture halls, and conference rooms. However, to ensure optimal performance, it is crucial to understand two important concepts related to induction loop systems: vertical and adjacent crosstalk or Overspill. In this article, we will delve into these concepts and explore their significance in creating a seamless listening experience for all.
What is Vertical Overspill?
Vertical overspill refers to the dispersion of the magnetic field generated by an induction loop system above and below the intended coverage area. It occurs when the magnetic field extends beyond the desired boundaries, leading to signal leakage and potential interference with other induction loop systems that are located above and below. Vertical overspill can cause problems in multi-story buildings or venues with multiple floors or rooms situated above and below each other. To mitigate vertical overspill, the installation of induction loop systems should involve careful consideration of the venue's structure and acoustics and in this case, the induction loops can be found above the false ceiling.
Factors affecting Vertical Overspill
Factors such as the height of the loop, the presence of metal structures or obstacles, and the layout of adjacent rooms or floors can impact the extent of vertical overspill. By using appropriate loop designs, like a low spill multiloop, it is possible to limit the magnetic field's vertical dispersion, focusing the signal within the desired listening area and minimizing interference with other spaces.
Challenges in installing Induction Loops in Ceilings
The standard location in installing Induction Loops would be either on or in the floor. However, there are special circumstances in which resorting to installations of induction loops in the ceilings would be a requirement to overcome the vertical overspilling of signals between rooms that are above and below each other.
The challenges faced when installing of ceiling loops are;
Height of ceiling – during installation and future troubleshooting if required, the induction loops will be at heights of at least 2.5 meters which requires ladder access.
Access and Space Constraints – Dependent on the overall height of the room, access to ceilings would require the usage of ladders and following that, when working with false ceilings, the presence of the aluminum grids reduce the accessibility and space that installers have.
Material of Ceiling – metal grids of false ceilings can have an impact to the overall performance of the induction loop due to Metal Loss, hence proper planning is required for an effective effect.
Presence of other services in ceilings – other services will also be housed in the space above the false ceiling, hence, proper coordination between contractors is crucial to ensure that there is sufficient space to install the induction loop systems.
Achieving IEC 60188-4 Compliance for Induction Loops in Ceilings
In NUS COM4’s context, the induction loops are installed at 3.3 meters from the floor which is quite a distance that requires a higher rating loop driver to be able to generate the signal down to the listening height which is at seated position. On top of that, the performance of the induction loop is further hindered by Metal Loss that is due to the aluminium grids that hold up the ceiling boards.
To overcome these challenges, the highest rated amplifiers were proposed to check the requirements to comply to the IEC 60118-4 standards for induction loops that were installed in the ceilings.
What is Adjacent Overspill?
Adjacent overspill refers to the spreading of the magnetic field beyond the intended coverage area horizontally. It occurs when the magnetic field extends into neighbouring areas, potentially causing overlapping signals and reducing clarity. Adjacent overspill is particularly relevant in environments where multiple induction loop systems are installed side by side or in close proximity.
To address adjacent overspill, proper planning and design are crucial. The spacing between adjacent induction loop systems should be carefully determined to avoid interference. Additionally, advanced signal processing techniques can be employed to reduce crosstalk and enhance the separation of adjacent systems.
Importance of Minimizing Overspill
Minimizing both vertical and adjacent overspill is vital to ensure a high-quality listening experience for individuals using hearing aids or cochlear implants. Excessive overspill can lead to sound distortion, reduced speech intelligibility, and confusion, thereby defeating the purpose of installing an induction loop system. By understanding and addressing these issues during the system's design and installation phase, venue owners and specialists can maximize the system's effectiveness and provide equal access to audio information for all individuals.
Conclusion
Vertical and adjacent overspill are crucial considerations when implementing induction loop systems. To achieve optimal performance and user satisfaction, it is essential to carefully design and install the system while taking into account factors such as building structure, room layout, and neighbouring systems. By minimizing overspill through appropriate loop design, spacing, and signal processing techniques, venues can provide seamless access to audio information for individuals with hearing impairments, promoting inclusivity and enhancing the overall experience for all attendees.
Sri Lankaramaya Temple Featured Project Photo credit: allabout.city Nestled amidst the bustling streets of Singapore lies a serene oasis…
Looking for Government Aid for Accessibility?
Posted in FAQ | Updated on March 6, 2024
The Building and Construction Authority (BCA) Accessibility Fund supports building owners in upgrading existing structures with essential accessibility and Universal Design features. Eligible applicants include building owners, lessors, and lessees with the owner's endorsement.
The fund covers up to 80% of construction costs for basic accessibility features in pre-1990 buildings lacking such amenities, and up to 60% for Universal Design features in pre-2013 buildings already equipped with accessibility features.
Basic features include ramps, accessible entrances, and toilets, while Universal Design features encompass amenities like grab bars, lactation rooms, and hearing enhancement systems.
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Tampines North Polyclinic
Featured Project
Tampines North Polyclinic serves as an easily accessible healthcare in the Tampines North Estate. Serving the diverse and vibrant community of Tampines North.
Opened in September 2023, Tampines North Polyclinic was strategically located to address the growing healthcare needs of the estate. With a focus on preventive care, the polyclinic offers a range of services, from general consultations to specialized clinics catering to chronic conditions. The clinic's design reflects Singapore's dedication to patient comfort, with modern architecture and advanced medical equipment ensuring a seamless healthcare experience.
One of the notable features of Tampines North Polyclinic is its integration of technology to enhance patient care. The clinic employs electronic health records, allowing healthcare professionals to access comprehensive patient information swiftly, leading to more accurate diagnoses and personalized treatment plans. Additionally, the polyclinic has embraced telemedicine, enabling patients to consult with healthcare providers remotely, promoting convenience without compromising the quality of care.
The clinic's commitment to community health extends beyond medical consultations. Tampines North Polyclinic actively engages in health education programs, partnering with local schools and community organizations to promote awareness about preventive healthcare measures. Regular health talks, workshops, and screenings contribute to a proactive approach to health within the community.
Tampines North Polyclinic's success lies not only in its cutting-edge medical services but also in the compassionate and skilled healthcare professionals who staff the facility. The dedicated team ensures that each patient receives individualized care, fostering a sense of trust and reliability within the community.
In conclusion, Tampines North Polyclinic stands tall as a model for community-centric healthcare. By combining technological innovation, community engagement, and a commitment to quality, the polyclinic plays a crucial role in Singapore's pursuit of a healthy and resilient society.
Canadian International School (Lakeside Campus) Featured Project Photo credit: Canadian International School The Canadian International School (CIS) in Singapore…
RWS Featured Project Madame Tussauds Singapore is a world famous Wax museum and tourist attraction at the Imbiah Lookout of…
Sri Lankaramaya Temple
Featured Project
Photo credit: allabout.city
Nestled amidst the bustling streets of Singapore lies a serene oasis of spirituality and culture - the Sri Lankaramaya Temple located at St. Michael’s Road. This architectural gem stands as a testament to the rich heritage and religious diversity present in the Lion City.
Established in 1952 by a group of Sri Lankan immigrants, the temple serves as a spiritual haven for the local Sri Lankan community and visitors alike. Its vibrant exterior, adorned with intricate carvings and colourful motifs, instantly captivates the attention of passersby, inviting them to explore its sacred grounds.
As one steps through the temple gates, they are greeted by a sense of tranquillity that permeates the air. The main shrine, dedicated to Lord Buddha, exudes a sense of peace and reverence, drawing devotees who seek solace and enlightenment in their prayers and meditation.
The temple's architecture is a blend of traditional Sri Lankan design and modern elements, reflecting the harmonious coexistence of tradition and modernity in Singapore. Intricately carved pillars, ornate statues, and vibrant frescoes adorn the interior, creating a visual feast for the senses and a sanctuary for the soul.
Throughout the year, the temple plays host to a myriad of religious ceremonies, cultural celebrations, and educational programs, offering a glimpse into the rich tapestry of Sri Lankan heritage. From Vesak Day festivities to traditional dance performances, the temple serves as a cultural hub where people of all backgrounds come together to celebrate and learn.
Beyond its religious and cultural significance, the Sri Lankaramaya Temple also serves as a symbol of unity and harmony in Singapore. It embodies the spirit of multiculturalism and mutual respect that defines the nation, fostering understanding and appreciation among its diverse populace.
For those seeking refuge from the hustle and bustle of urban life, the Sri Lankaramaya Temple offers a sanctuary of peace and serenity, where one can connect with their inner self and experience the timeless beauty of Sri Lankan culture and spirituality in the heart of Singapore.
The Listening Lab is proud to have implemented Induction Loop Systems for Sri Lankaramaya Temple in accordance, if not, more than BCA’s guidelines on BCA’s Code of Accessibility, catering to the needs of worshippers and visitors who are wearing Hearing Aids or Cochlear Implants. The venues that have Induction Loops installed are at the Reclining Buddha Hall, Cultural Centre and the Shelter adjacent to the Bodhi Tree.
Individuals with Hearing Aids and Cochlear Implants would be able to benefit from the Induction Loop Systems when they switch to their ‘Telecoil’ setting. For those who experience some challenges due to their telecoil setting not being configured or properly set-up, please advise them to consult their respective audiologist for assistance.
Contact Us
Elevate the level of accessibility in your environment. Contact us today at +65 6817 5100 or send your enquiry here and learn more about how we can help you create inclusive and accessible environment with Induction Loop System in Singapore.
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Monfort Chapel at Montfort Secondary School
Featured Project
Tucked away amidst the bustling corridors and vibrant classrooms of Montfort Secondary School, lies a serene sanctuary, the Monfort Chapel. This modest yet beautiful chapel serves as a beacon of peace and reflection for students, staff, and visitors alike.
Established in 2023, the Monfort Chapel holds a rich history within the school's community. Named after St. Marie-Louis de Montfort, the chapel embodies his spirit of devotion and service. Its architecture reflects a blend of contemporary design and traditional elements, with stained glass windows casting colourful hues upon the polished wooden pews.
What sets the Monfort Chapel apart is not just its physical beauty, but the sense of tranquillity it offers to all who enter. In the midst of a busy school day, students find solace in its quiet embrace, a refuge from the demands of academic life. Teachers and staff, too, seek moments of respite within its walls, finding renewal and inspiration in moments of prayer and reflection.
The chapel serves as more than just a place of worship; it is a centre for spiritual growth and community bonding. Regular mass services, prayer sessions, and religious activities foster a sense of unity among students of diverse backgrounds, promoting understanding and respect for different faiths.
Moreover, the Monfort Chapel plays a vital role in the holistic education provided by Montfort Secondary School. Through religious education programs and pastoral care initiatives, students are encouraged to cultivate values of compassion, empathy, and integrity, shaping them into responsible global citizens.
As Montfort Secondary School continues to uphold its mission of nurturing the mind, body, and spirit of its students, the Monfort Chapel remains a cornerstone of this endeavour. With its timeless beauty and profound significance, it stands as a testament to the school's commitment to holistic education and the pursuit of excellence in all aspects of life.
The Listening Lab is honoured to have supplied and installed an Induction Loop System in the Chapel itself. Any Student, Teacher, Staff and visitor who are Hearing Impaired and has either Hearing Aids or Cochlear Implants, are able to benefit from the Induction Loop System when they switch to the ‘Telecoil’ setting, especially when Masses are being held.
If any individual who visits the Chapel are facing some challenges on their telecoil setting, please advise them to reach out and consult their respective audiologist for assistance.
Contact Us
Elevate the level of accessibility in your environment. Contact us today at +65 6817 5100 or send your enquiry here and learn more about how we can help you create inclusive and accessible environment with Induction Loop System in Singapore.
Canadian International School (Lakeside Campus) Featured Project Photo credit: Canadian International School The Canadian International School (CIS) in Singapore…
Canadian International School (Lakeside Campus)
Featured Project
Photo credit: Canadian International School
The Canadian International School (CIS) in Singapore exemplifies a standard of academic excellence, cultural diversity, and global citizenship in the heart of Southeast Asia. Founded in 1990, CIS has been a prominent educational institution, catering to students from over 74 nationalities, fostering a rich tapestry of perspectives and experiences.
CIS Lakeside Campus offers a comprehensive education from preschool to the Diploma Programme, following the globally recognized International Baccalaureate (IB) curriculum. With a commitment to holistic development, the school emphasizes not only academic achievement but also the nurturing of character, leadership skills, and a sense of social responsibility.
One of the defining features of CIS is its dedication to bilingualism, offering both English and French language streams to students. This bilingual approach not only strengthens linguistic abilities but also fosters a deeper appreciation for different cultures and worldviews.
CIS boasts state-of-the-art facilities, including modern classrooms, science laboratories, performing arts theatres, sports complexes, and extensive green spaces. These facilities provide students with a conducive environment for both learning and extracurricular activities, enabling them to explore their interests and talents beyond the classroom.
Moreover, CIS prides itself on its vibrant community, where students, teachers, and parents come together to create a supportive and inclusive environment. The school organizes various cultural events, sports tournaments, and community service initiatives, fostering collaboration, empathy, and a sense of belonging among its members.
In addition to its academic prowess, CIS places a strong emphasis on preparing students for an increasingly interconnected world. Through globally minded curricula, experiential learning opportunities, and international exchange programs, students develop the skills and mindset necessary to thrive in a multicultural and rapidly changing society.
In essence, the Canadian International School in Singapore epitomizes excellence in education, embracing diversity, fostering innovation, and empowering students to become compassionate, principled, and lifelong learners prepared to make meaningful contributions to the global community.
The Listening Lab is proud to have implemented Induction Loop Systems for CIS – Lakeside Campus in accordance, if not, more than BCA’s guidelines on BCA’s Code of Accessibility, catering to the needs of students and staff who are wearing Hearing Aids or Cochlear Implants. The venues that have Induction Loops installed are at the Level 4 Gymnasium, Level 4 Theatrette, L1 Reception Counter. Apart from Induction Loops Systems, FM Systems supplied by The Listening Lab can also be requested from the school if there is a requirement for it.
Individuals with Hearing Aids and Cochlear Implants would be able to benefit from the Induction Loop Systems when they switch to their ‘Telecoil’ setting. For those who experience some challenges due to their telecoil setting not being configured or properly set-up, please advise them to consult their respective audiologist for assistance.
Contact Us
Elevate the level of accessibility in your environment. Contact us today at +65 6817 5100 or send your enquiry here and learn more about how we can help you create inclusive and accessible environment with Induction Loop System in Singapore.
A Cochlear Implant is a form of intervention for individuals who have severe to profound hearing loss. It requires a procedure to insert the internal implant under the skin. The Cochlear Implant works by sending electrical signals to an individual’s inner ear hair cells, in turn, sends bioelectrical signals to the brain, sending the perceptions of sound to one’s consciousness.
