IR ENHANCED TR 90 HEADPHONES

Abstract

Abstract: This project focuses on creating wireless headphone~ that enhance comfort for extended use. Made from lightweight and durable TR90 plastic, the design features a thermal conductivity layer to·manage heat effectively. The cushions have a unique triangular perforation pattern for improved breathability, reducing sweat buildup. Additionally, an IR sensor allows for automatic connectivity. Targeting affordability, these headphones aim to combine cost efficiency with advanced comfort and durability, appealing to both audiophiles and casual listeners.

Specification

IR ENHANCED TU90 HEADPHONES
Abstract:
This project focuses on creating wireless headphone~ that enhance comfort for extended use.
Made from lightweight and durable TR90 plastic, the design features a thermal conductivity
layer to·manage heat effectively. The cushions have a unique triangular perforation pattern for
improved breathability, reducing sweat buildup. Additionally, an IR sensor allows for automatic
connectivity. Targeting affordability, these headphones aim to combine cost efficiency with
advanced comfort and durability, appealing to both audiophiles and casual listeners.
Background of the Invention:
The project focuses on developing innov;,tive \\'ircless headphones featuring TR90 material and
perforated cushions for enhanced comfmi. It includes a thermal conductivity layer for effective
heat management and an IR sensor that enables automatic connection. The design incorporates
earcups based on pattern 201747007204, ensuring durability and superior performance. This
combination aims to provide a hygienic and comfortable listening experience, addressing
common issues like sweat and discomfort during extended use.
Objective of the Invention:
The project's objective is to develop t:dvanced wireless headphones focusing on comfort,
performance, and usability. Key fealuo'CS include lightweight TR90 material, breathable
perf<;>rated cushions, a thermal condtictivity layer for heat management, and an IR sensor for
automatic connection, ensuring an enhanced listening experience during extended use.
Brief Summary:
Innovative wireless headphones that prioritize user comfort and performance.' The design
incorporates lightweight TR90 material ai;d t::eathable perforated cushions, ensuring extended
wear without discomfort. Additionally, a thennaf co:1.ductivity layer is integrated to effectively
manage heat, while an IR sensor enables automatic connection, enhancing usability. These
features collectively provide an exceptional listening experience, addressing common issues
associated with prolonged headphone us<.:, S!:ch as overheating and irritation, making the product
suitable for audiophiles and casual users.
perforated cushions (3), which enhance breathability and reduce heat buildup, offering a more
comfortable listening experience. Additionally, the headphones include an IR sensor module (4),
enabling automatic connection for seamless, hassle-free usage. These features combine to create
a high-performance, comfortable, and user-friendly product.
Detailed Description of Invention:
TR90 Plastic Headband
The TR90 plastic headband offers lightweight yet durable construction, minimizing pressure on
the head for extended comfort. Its flexibi:ity ensures it withstands regular wear, making it ideal
for long-term use without compromising comfort or durability.
Flexible Design
With a flexible design, these headphones adapt to various head sizes and shapes, offering a
comfortable and snug fit. This flexibility enhances user comfort, ensuring a secure feel without
tightness or discomfort, even during extended wear.
Perforated Cushion
The earcups are equipped with perforated cushions designed with a **triangular pattern** inside
the holes, enhancing airflow and brcathability. This innovative pattern helps reduce heat and
sweat buildup more efficiently, providing superior comfort during long listening sessions. By
promoting better ventilation, the trim;gle-patterned perforations prevent skin irritation and
discomfort, especially in warmer conditinns. This design not only improves comfort but also
adds a unique aesthetic, making the headphones stand out while ensuring an enhanced user
expenence.
IR Sensor Module
The built-in IR sensor enables the headphones to automatically connect to compatible devices,
offering a hands-free, effortless opcratic)tl. This.tcci,nology eliminates the need for manual
pairing, making the process smoother , .... ;JJilickcr for users. Especially beneficial for the new
generation of devices, this feature ensur;;s.)nstrrr.t connectivity as soon as the headphones are
worn, enhancing the overall user experience. The I R sensor also prevents noise interference,
ensuring crystal-clear sound, which makes these headphones particularly appealing for techsavvy
users seeking seamless inl<!gration •.viih their gadgets.
BRIEF DESCRIPTION OF THE DH.A WING
As illustrated in Figure I, this headphone modei represents a significant leap in audio technology .
The design features a lightweight TR90 f,-·,,·.-,e tilu! enhances comfort during extended use. A
thermal conductivity layer is included to manage heai effectively, preventing overheating and
ensuring consistent performance. Additi<!u<illy, rhO! perforated cushions are strategically designed
for increased breathability, minimizing >weal buildup. An innovative lR sensor enables seamless
automatic connectivity, enhancing user coEYenicn.:e. This combination of features caters to both
audiophiles and everyday listeners, ot1cri."l!. a superior and enjoyable listening experience.
Detailed Description of Drawing
These wireless headphones feature a TR90 ~lastic headband (I), known for its lightweight and
durable properties, providing long-lasting com tort c:uring extended use. The flexibility (2) of the
design ensures a snug and adaptable fir for various head shapes. The earcups are equipped with
CLAIMS:
We Claims,
I. An IR Enhanced TR90 Headphones:
A lightweight and durable frame made from TR90 plastic, offering enhanced flexibility and
resilience for prolonged usage without compromising comfort .
Cushions with a triangular perforation pattern, designed to enhance breathability, reduce sweat
accumulation, and improve airflow, providing comfort during extended wear.
A thermal conductivity layer integrated into the headphone structure, configured to manage heat
dissipation effectively, ensuring temperature regulation and user comfort.
An infrared (IR) sensor embedded within the headphones, configured to detect proximity and
facilitate automatic wireless connectivity with paired devices when worn.
A cost-efficient design, combining advanced materials and sensor technologies to provide
durability, comfort, and functionality, appealing to a wide range of users including audiophiles
and casual listeners.
2. The wireless headphone system of Claim I, wherein the triangular perforation pattern on the
cushions is optimized to b'alance airtlow and acoustic performance, enhancing both comfort and
sound quality during extended listening sessions .
3. The wireless headphone system of Claim I, wherein the IR sensor is further configured to
detect removal of the headphones from the user's head and automatically pause media playback,
providing a seamless user experience.
4. The wireless headphone system of Claim I, wherein the TR90 material is used in conjunction
with flexible hinges, allowing for adaptability to different head shapes and sizes while
maintaining structural integrity over time

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