SEATING SYSTEM FOR SPORTS VENUES AND AUDITORIUMS

Abstract

The present invention relates to an advanced seating system designed for sports venues and auditoriums, prioritizing durability, recyclability, and ergonomic comfort. The system features a unified assembly and structural component design, significantly reducing inventory and installation costs. It includes a variety of chair models catering to different seating hierarchies, utilizing materials such as blow-molded plastic, injection-molded plastic, mesh fabric, fully upholstered foam, and wood. Support structures made from cast aluminum or stamped steel provide reliable strength and stability, incorporating features to minimize vibration transfer and enhance accessory attachment. The system allows rapid installation and reconfiguration, adaptable to both floor-mounted and riser-mounted layouts, ensuring efficient maintenance and superior user experience. The seating system's innovative design addresses common issues in traditional seating solutions, offering enhanced durability, comfort, and operational efficiency, making it a superior solution for modern sports venues and auditoriums.

Description

BACKGROUND OF THE INVENTION

Field of the Invention

The present invention relates to seating systems, and more specifically to a durable, recyclable, and easily maintainable seating system designed for sports venues and auditoriums. The system aims to provide ergonomic comfort, cost-effective installation, and versatility in seating arrangements.

Description of the Related Art

In sports venues and auditoriums, seating systems are subjected to heavy usage and varying environmental conditions, leading to significant wear and tear, reduced comfort, and safety concerns over time. Traditional seating systems often fail to meet the rigorous demands of such environments. The materials used, particularly plastics, can degrade under continuous stress and exposure to environmental factors, posing potential risks to users. This degradation affects both the structural integrity and appearance of the seating, leading to a decline in user satisfaction and safety.

Comfort and ergonomic design are crucial for enhancing the user experience during prolonged events, yet many existing seating systems fall short in providing adequate support and comfort. Poorly designed seats can lead to discomfort and dissatisfaction among users, particularly during long events where attendees remain seated for extended periods. Moreover, the maintenance of these systems is often cumbersome and costly. Traditional seating solutions involve complex procedures for replacing or redistributing seats, requiring significant labor and time. This complexity results in increased operational costs and downtime, which are particularly problematic for venues that host frequent events.

A significant issue with current seating solutions is the lack of standardization in assembly and structural components across different chair models. This inconsistency necessitates a higher inventory of parts, leading to increased storage and management costs. The lack of standardization also results in higher installation costs, as different models may require unique tools, anchors, and assembly methods. The variety of tools, anchors, and methods required for assembly and installation further complicates maintenance procedures, increasing labor expenses and the potential for installation errors. These issues collectively contribute to higher long-term costs and reduced efficiency in maintaining the seating infrastructure.

Seating systems in sports venues must cater to a range of chair models to address different seating hierarchies, such as high-end club level seats, lower-level general admission seats, and upper-level economy seats. Balancing the need for diverse seating options with cost efficiency and ease of installation presents a significant challenge. Providing a variety of seating options that meet different comfort and aesthetic expectations while maintaining a cohesive installation and maintenance process is difficult. The lack of a unified system that can accommodate various seating hierarchies efficiently adds to the complexity and cost of managing seating arrangements in large venues.

Materials used for seats and backs in current systems vary widely, including blow-molded plastic, injection-molded plastic, mesh fabric, fully upholstered surround foam, and wood. These materials can be combined in numerous configurations to create a wide range of seating options, each offering a unique aesthetic and comfort level. However, this diversity in materials can complicate manufacturing processes and inventory management. The need to stock a variety of materials and components for different seat configurations can lead to inefficiencies and increased costs. Managing the supply chain and ensuring consistent quality across different material types further complicates production and inventory logistics.

Support structures for seating systems are typically made from cast aluminum or stamped steel plate, each with its own advantages and disadvantages. Aluminum allows for faster production with less manual labor but requires a substantial initial investment in molds and equipment. Steel, while generally less costly in terms of raw materials, is more labor-intensive and can slow down the manufacturing process. Both materials face challenges in maintaining long-term strength and stability under heavy use, which is a critical requirement for seating in sports venues and auditoriums. Ensuring that support structures remain robust and reliable over time is essential for user safety and satisfaction.

Current seating systems often lack flexibility in installation configurations, which increases the complexity and time required for installation. The ability to use the same support structures for both floor beam pedestal and riser track installations is limited, necessitating different components and increasing the overall installation time. This inflexibility can also pose challenges when adapting to specific venue requirements, such as accommodating floor vents, joints, or other irregularities. The need for a versatile installation system that can easily adapt to various conditions without requiring different components is critical for efficient venue management.

The attachment of accessories such as cupholders and armrests is another area where current systems fall short. Traditional methods often do not provide sufficient structural support, leading to potential failures under load and compromising the user experience. Accessories that are not securely attached can break or become loose, posing safety hazards and reducing the overall functionality of the seating system. Enhancing the durability and weight-bearing capacity of these accessories is essential to ensure that they meet user expectations and safety standards.

Vibration transfer between chairs is another significant issue that affects user comfort. Existing designs often fail to adequately address vibration transmission, leading to discomfort when adjacent chairs move. This can be particularly disruptive during dynamic events where frequent movement occurs. Reducing or eliminating vibration transfer is essential to enhance the overall seating experience, ensuring that users remain comfortable and undisturbed by the movements of others.

Comfort considerations in seating system design are paramount. Features such as lumbar and gluteus support are necessary for prolonged seating comfort, yet many existing designs do not adequately incorporate these features, resulting in discomfort during extended use. Additionally, plastic components that collect dust and dirt are difficult to clean, further detracting from user satisfaction. Ensuring that seating systems are easy to clean and maintain is essential for preserving their appearance and functionality over time.

The under-seat design plays a crucial role in both strength and aesthetics. An effective design should provide additional structural integrity while allowing sufficient space for users to move back into the chair, creating more space when someone walks by. Many current designs fail to balance these requirements, leading to compromised strength and less attractive appearances. The need for a seating system that combines robust structural integrity with a pleasing aesthetic is clear, as it enhances both the safety and visual appeal of the seating.

Overall, there is a clear need for a seating system in sports venues and auditoriums that addresses these deficiencies. Such a system would need to combine durability, ergonomic comfort, ease of maintenance, and cost efficiency while offering versatile seating options. Addressing these challenges is crucial for improving the overall user experience in sports venues and auditoriums. A well-designed seating system that meets these criteria would provide significant benefits in terms of user satisfaction, operational efficiency, and long-term cost savings.

SUMMARY OF THE INVENTION

The present invention relates to an advanced seating system specifically designed for sports venues and auditoriums, emphasizing durability, recyclability, and ergonomic comfort. This innovative system features a unified assembly and structural component design, minimizing inventory and installation costs. It includes a variety of chair models that cater to different seating hierarchies, using materials such as blow-molded plastic, injection-molded plastic, mesh fabric, fully upholstered surround foam, and wood. The system's support structures, made from cast aluminum or stamped steel plate, offer reliable strength and stability. Additionally, the seating system incorporates an efficient installation process, flexible configuration options, and enhanced accessory attachment methods to improve overall user experience and maintenance efficiency.

The present invention offers significant improvements over traditional seating systems used in sports venues and auditoriums. By utilizing durable and recyclable materials, the system ensures long-term safety and environmental sustainability. Its ergonomic design enhances user comfort during prolonged events, addressing common complaints associated with existing seating solutions. The standardized assembly and structural components reduce inventory costs and simplify installation and maintenance procedures, leading to significant operational efficiencies. The flexibility in configuration and robust accessory attachment methods provide added convenience and reliability, further distinguishing the present invention from prior art. Overall, the present invention delivers a superior seating solution that meets the diverse needs of modern sports venues and auditoriums, offering enhanced durability, comfort, and cost-effectiveness.

In a first implementation of the invention, a seating system for sports venues and auditoriums comprises:

• • a plurality of chair models, each chair model including a seat and a back, providing ergonomic support and comfort;
  • support structures for each chair model, configured to securely support the seat and back, and featuring attachment points for accessories to enhance functionality;
  • a standardized assembly system for all chair models, utilizing common tools, anchors, and installation methods, allowing interchangeable use of components to minimize inventory and reduce installation complexity;
  • an installation mechanism enabling rapid installation and redistribution of chair models, designed for efficient seating arrangement and maintenance; and
  • a configuration system adaptable to both floor-mounted and elevated installations, allowing easy adjustment to different venue layouts; wherein
  • the seating system is designed for durability, recyclability, and safety, with features that facilitate easy cleaning and maintenance, enhancing user experience and operational efficiency in sports venues and auditoriums.

In a second aspect, wherein the seat and back of each chair model may be ergonomically contoured to include integrated lumbar and gluteus support features.

In another aspect, wherein the seat and back may include a smooth surface design to facilitate easy cleaning and prevent the accumulation of dust and dirt.

In another aspect, wherein the support structures may be fabricated from durable materials selected from the group consisting of cast aluminum and stamped steel plate.

In another aspect, wherein the support structures may incorporate internal reinforcement to provide stable and reliable strength over extended periods of use.

In another aspect, wherein the support structures may be designed with a minimal material usage profile while maintaining the required structural integrity for safety.

In another aspect, wherein the support structures may include a recessed area configured to securely attach accessories such as cupholders and armrests.

In another aspect, wherein the recessed area may form two support walls that enhance the structural integrity of the attached cupholders and armrests.

In another aspect, wherein the installation mechanism may include quick-release connectors allowing each chair model to be installed or redistributed in less than 30 seconds.

In another aspect, wherein the installation mechanism may comprise a floor beam pedestal system that does not require clamps to secure the beam.

In another aspect, wherein the configuration system may include adaptable components for both floor-mounted and riser-mounted installations.

In another aspect, wherein the support structures may be designed and configured with adjustable mounting interfaces to facilitate easy adaptation to different venue layouts, including floor beam and riser track configurations.

In another aspect, wherein the standardized assembly system may include modular components that allow for interchangeable use across different chair models.

In another aspect, wherein the modular components may be designed to reduce the variety of tools and parts required for assembly and maintenance.

In another aspect, wherein the support structures may be configured to minimize vibration transfer between adjacent chairs.

In another aspect, wherein the support structures may include a track mount mechanism designed to significantly reduce vibration transfer.

In another aspect, wherein the chair models may include structural adaptations to accommodate different seating hierarchies within the venue.

In another aspect, wherein the support structures may feature an under-seat arc concave surface to provide additional structural strength and allow for enhanced user movement within the chair.

In another aspect, wherein the support structures may include a recessed area for securely attaching accessories, enhancing the structural integrity of the attached accessories.

In another aspect, wherein the support structures may feature an under-seat arc concave surface to provide additional structural strength and allow for enhanced user movement within the chair.

In another aspect, wherein the support structures and chair models may be fabricated using high-strength, lightweight materials and advanced manufacturing techniques, such as precision casting and injection molding, ensuring durability and superior finishes.

In another aspect, wherein the chair models may be customizable with different colors, finishes, and branding elements to match the aesthetic requirements of the venue.

In another aspect, wherein the modular components may be configured to allow for quick and easy replacement of damaged or worn parts.

In another aspect, wherein the smooth surface design of the seats and backs may facilitate easy cleaning and maintenance, preventing the accumulation of dust and dirt.

In another aspect, wherein the support structures and chair models may be designed to withstand heavy usage and environmental stress, ensuring long-term durability and performance.

In another aspect, wherein the ergonomic design of the seat and back may include integrated lumbar and gluteus support features for enhanced user comfort during prolonged events.

In another implantation of the invention, a method of using a seating system in sports venues and auditoriums, the seating system comprising a plurality of chair models, support structures, a standardized assembly system, an installation mechanism, and a configuration system, the method comprises:

• • (a) selecting chair models based on the desired seating hierarchy and ergonomic requirements for the venue;
  • (b) assembling the chair models by attaching the seats and backs to the support structures using the standardized assembly system, which includes common tools, anchors, and installation methods;
  • (c) configuring the support structures to include necessary accessories by attaching components such as cupholders and armrests to the recessed areas on the support structures;
  • (d) installing the chair models in the venue by positioning the support structures according to the configuration system, adaptable to both floor-mounted and riser-mounted installations;
  • (e) utilizing the quick-release connectors in the installation mechanism to rapidly install or redistribute the chair models, enabling installation or redistribution of each chair model in less than 30 seconds;
  • (f) adjusting the positioning of the chair models to accommodate specific venue layouts, including adapting to floor beam pedestal and riser track configurations;
  • (g) ensuring the support structures minimize vibration transfer between adjacent chairs during use; and
  • (h) performing routine cleaning and maintenance on the chair models, facilitated by the smooth surface design of the seats and backs that prevents accumulation of dust and dirt; wherein
  • the method enhances the user experience by providing ergonomic comfort, structural stability, and efficient installation and maintenance in sports venues and auditoriums.

These and other objects, features, and advantages of the present invention will become more readily apparent from the attached drawings and the detailed description of the preferred embodiments, which follow.

BRIEF DESCRIPTION OF THE DRAWINGS

The preferred embodiments of the invention will hereinafter be described in conjunction with the appended drawings provided to illustrate and not to limit the invention, where like designations denote like elements, and in which:

FIG. 1 presents a perspective view of an armless seating system for sports venues and auditoriums, illustrating a chair mounted on a floor pedestal, in accordance with a first embodiment of the present invention;

FIG. 2 presents a perspective view of an armless seating system, showing a chair mounted on a riser track, illustrated in accordance with another embodiment of the present invention;

FIG. 3 presents a side view of an armless seating system illustrated in FIG. 1, highlighting the ergonomic design and support structure;

FIG. 4 presents a side view of an armless seating system illustrated in FIG. 2, detailing the attachment mechanism and support configuration;

FIG. 5 presents a perspective view of a seating system with armrests, illustrating a chair mounted on a riser track with the seat in an open position, in accordance with another embodiment of the present invention

FIG. 6 presents a perspective view of a seating system with armrests, illustrating a chair mounted on a riser track with the seat in an open position;

FIG. 7 presents a side view of a seating system with armrests, illustrating a chair mounted on a floor pedestal with the seat in a closed position;

FIG. 8 presents a side view of a seating system with armrests, illustrating a chair mounted on a riser track with the seat in a closed position;

FIG. 9 presents a perspective view of the support stanchion used for both riser and floor mount configurations, illustrating its structural design;

FIG. 10 presents a side view of the support stanchion, detailing the attachment points and overall structural configuration;

FIG. 11 presents a center cut side view of a seating system, illustrating the internal structure of the chair mounted on a floor pedestal, showing the ergonomic design of the seat and back; and

FIG. 12 presents a side view of a seating system with armrests, illustrating a chair mounted on a riser track with an attached cup holder in the upper position.

Like reference numerals refer to like parts throughout the several views of the drawings.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

The following detailed description is merely exemplary in nature and is not intended to limit the described embodiments or the application and uses of the described embodiments. As used herein, the word “exemplary” or “illustrative” means “serving as an example, instance, or illustration.” Any implementation described herein as “exemplary” or “illustrative” is not necessarily to be construed as preferred or advantageous over other implementations. All of the implementations described below are exemplary implementations provided to enable persons skilled in the art to make or use the embodiments of the disclosure and are not intended to limit the scope of the disclosure, which is defined by the claims. For purposes of description herein, the terms “upper”, “lower”, “left”, “rear”, “right”, “front”, “vertical”, “horizontal”, and derivatives thereof shall relate to the invention as oriented in FIG. 1. Furthermore, there is no intention to be bound by any expressed or implied theory presented in the preceding technical field, background, brief summary or the following detailed description. It is also to be understood that the specific devices and processes illustrated in the attached drawings, and described in the following specification, are simply exemplary embodiments of the inventive concepts defined in the appended claims. Hence, specific dimensions and other physical characteristics relating to the embodiments disclosed herein are not to be considered as limiting, unless the claims expressly state otherwise.

Shown through the figures, present invention is directed towards a seating system 100 specifically designed for sports venues and auditoriums. The seating system 100 emphasizes durability, recyclability, and ergonomic comfort. This system features a unified assembly and structural component design, significantly reducing inventory and installation costs. The seating system 100, as shown in FIG. 1, includes a variety of chair models 104 that cater to different seating hierarchies and utilize materials such as blow-molded plastic, injection-molded plastic, mesh fabric, fully upholstered surround foam, and wood.

The chair models 104, illustrated in FIG. 1, are designed to provide ergonomic support and comfort, each including a seat 108 and a back 112. These components are made from various materials to accommodate different aesthetic and comfort preferences. The ergonomic contouring of the seat 108 and back 112 includes integrated lumbar and gluteus support features, enhancing user comfort during prolonged events. This ergonomic design ensures that users experience minimal fatigue, even when seated for extended periods.

Support structures 116 for each chair model 104 are configured to securely support the seat and back 112. These support structures 116, as depicted in FIG. 3, are fabricated from durable materials such as cast aluminum and stamped steel plate. The support structures 116 incorporate internal reinforcement 120, providing stable and reliable strength over extended periods of use. The design of the support structures 116 includes a minimal material usage profile while maintaining the required structural integrity for safety. This efficient design helps in reducing the overall weight of the seating system 100, making it easier to handle and install.

The support structures 116 feature a recessed area 124 configured to securely attach accessories such as cupholders 128 and armrests 132. As shown in FIG. 5, the recessed area 124 forms two support walls 136 that enhance the structural integrity of the attached accessories. This configuration ensures that the accessories remain securely attached, even under significant stress. The secure attachment of accessories is critical in high-traffic environments, ensuring that they do not become loose or damaged over time.

A standardized assembly system 140 is utilized for all chair models 104, including common tools, anchors, and installation methods. This system, detailed in FIG. 8, allows for the interchangeable use of components, minimizing inventory and reducing installation complexity. The modular components 144 of the standardized assembly system 140 are designed to reduce the variety of tools and parts required for assembly and maintenance, further enhancing operational efficiency. This standardization simplifies the training process for installation and maintenance personnel, as they need to be familiar with only a single set of tools and procedures.

An installation mechanism 148 enables rapid installation and redistribution of the chair models 104. This mechanism, depicted in FIG. 6, includes quick-release connectors 152, allowing each chair model 104 to be installed or redistributed in less than 30 seconds. The installation mechanism 148 also comprises a floor beam pedestal system 156 that does not require clamps to secure the beam, simplifying the installation process. This feature is particularly beneficial in large venues where time and labor costs are significant considerations.

The configuration system 160 is adaptable to both floor-mounted and riser-mounted installations. As shown in FIG. 4, the support structures 116 are designed and configured with adjustable mounting interfaces 164 to facilitate easy adaptation to different venue layouts, including floor beam and riser track configurations. This adaptability ensures that the seating system 100 can be effectively utilized in various settings, providing flexibility in seating arrangements to meet the specific needs of each venue.

The support structures 116 are also configured to minimize vibration transfer between adjacent chairs 104. The track mount mechanism 168 included in the support structures 116 is designed to significantly reduce vibration transfer, enhancing user comfort during events. This feature, depicted in FIG. 10, is particularly important in dynamic environments where frequent movement occurs. Reducing vibration transfer not only improves comfort but also reduces wear and tear on the seating system 100.

The support stanchions 116, illustrated in FIGS. 9 and 10, are integral components of the seating system 100, designed to support the seats 108 and backs 112 while ensuring stability and durability. Each stanchion 116 is engineered with a recessed area 124 that securely attaches accessories such as cupholders 128 and armrests 132, enhancing the system's modularity and flexibility. These stanchions 116 can be made from cast aluminum or stamped steel plate, providing robust support capable of withstanding significant loads and environmental stress.

The stanchions 116 feature a minimal material usage profile without compromising structural integrity, thereby reducing the overall weight of the seating system 100. This design consideration not only makes the stanchions 116 easier to handle during installation but also contributes to the overall cost-effectiveness of the system. The internal reinforcement 120 within the stanchions 116 further enhances their strength, ensuring they remain stable and reliable over long periods of use.

The under-seat arc concave surface 172, shown in FIG. 3, is a distinctive feature of the support stanchions 116. This concave surface provides additional structural strength and allows for enhanced user movement within the chair 104. By offering greater space for users to adjust their seating position, the concave surface 172 improves overall comfort, particularly in crowded environments where space is limited.

The stanchions 116 are designed with adjustable mounting interfaces 164, as depicted in FIG. 4, allowing for easy adaptation to different venue layouts, including both floor beam pedestal and riser track configurations. This versatility ensures that the seating system 100 can be customized to fit the specific needs of any venue, whether it requires floor-mounted or elevated seating arrangements.

The stanchions 116 also incorporate a track mount mechanism 168 designed to minimize vibration transfer between adjacent chairs 104. This feature, illustrated in FIG. 10, significantly reduces the transmission of vibrations, enhancing user comfort and reducing wear and tear on the seating system 100. By isolating each chair 104, the track mount mechanism 168 ensures a more stable and comfortable seating experience for users.

In one implementation of the method of using the seating system 100 in sports venues and auditoriums, the process begins by selecting chair models 104 based on the desired seating hierarchy and ergonomic requirements for the venue. The selected chair models 104 are then assembled by attaching the seats 108 and backs 112 to the support structures 116 using the standardized assembly system 140, which includes common tools, anchors, and installation methods.

Next, the support structures 116 are configured to include necessary accessories by attaching components such as cupholders 128 and armrests 132 to the recessed areas 124 on the support structures 116. As depicted in FIG. 12, the chair models 104 are then installed in the venue by positioning the support structures 116 according to the configuration system 160, adaptable to both floor-mounted and riser-mounted installations. This adaptability ensures that the seating system 100 can be installed in various venue layouts, providing flexibility and convenience.

The quick-release connectors 152 in the installation mechanism 148 are utilized to rapidly install or redistribute the chair models 104, enabling installation or redistribution of each chair model 104 in less than 30 seconds. This feature is particularly beneficial in venues that require frequent reconfiguration of seating arrangements. The positioning of the chair models 104 is adjusted to accommodate specific venue layouts, including adapting to floor beam pedestal and riser track configurations.

Ensuring that the support structures 116 minimize vibration transfer between adjacent chairs 104 during use is a critical aspect of the method. The track mount mechanism 168 in the support structures 116 significantly reduces vibration transfer, enhancing user comfort. This feature is particularly important during events with high levels of activity, such as sports games or concerts. Routine cleaning and maintenance on the chair models 104 are facilitated by the smooth surface design of the seats 108 and backs 112, preventing the accumulation of dust and dirt and maintaining the aesthetic and functional quality of the seating system 100.

The present invention, through its innovative design and features, delivers a superior seating solution that meets the diverse needs of modern sports venues and auditoriums. By utilizing durable and recyclable materials, the seating system 100 ensures long-term safety and environmental sustainability. The ergonomic design of the chair models 104 addresses common complaints associated with existing seating solutions, enhancing user comfort during prolonged events.

The standardized assembly and structural components of the seating system 100 reduce inventory costs and simplify installation and maintenance procedures, leading to significant operational efficiencies. The flexibility in configuration and robust accessory attachment methods provide added convenience and reliability, distinguishing the present invention from prior art. Overall, the seating system 100 offers enhanced durability, comfort, and cost-effectiveness, delivering a superior user experience and operational efficiency in sports venues and auditoriums.

In addition to the features described, the present invention includes various adaptations and modifications to accommodate specific needs and preferences of different venues. For example, the chair models 104 can be customized with different colors, finishes, and branding elements to match the aesthetic requirements of the venue. The support structures 116 can be adjusted to different heights and angles to provide optimal viewing angles for attendees.

The present invention also incorporates advanced materials and manufacturing techniques to ensure the highest quality and durability. For example, the use of high-strength, lightweight materials in the construction of the support structures 116 and chair models 104 ensures that the seating system 100 can withstand heavy usage and environmental stress. Advanced manufacturing techniques, such as precision casting and injection molding, are used to produce components with tight tolerances and superior finishes.

The seating system 100 is also designed with ease of maintenance in mind. The modular components 144 allow for quick and easy replacement of damaged or worn parts, minimizing downtime and maintenance costs. The smooth surface design of the seats 108 and backs 112 ensures that the seating system 100 can be easily cleaned and maintained, preserving its appearance and functionality over time.

In summary, the present invention provides a comprehensive and versatile seating solution for sports venues and auditoriums. With its innovative design, advanced materials, and user-friendly features, the seating system 100 offers superior performance, durability, and comfort. The present invention addresses the limitations of existing seating solutions and sets a new standard for quality and efficiency in the industry.

The detailed descriptions of the figures further illustrate the features and advantages of the present invention. For example, FIG. 1 illustrates the overall configuration of the seating system 100, showing a chair 104 mounted on a floor pedestal 156. This figure highlights the ergonomic design of the chair 104, including the seat 108 and back 112, which provide optimal support and comfort for users.

FIG. 2 shows a chair 104 mounted on a riser track 160, demonstrating the adaptability of the support structures 116 to different installation types. The side view in FIG. 3 provides a detailed look at the support structure 116 and attachment points 124 for accessories, while FIG. 4 focuses on the attachment mechanism and support configuration.

The perspective views in FIGS. 5 and 6 illustrate a chair 104 with armrests 132, mounted on a riser track 160 with the seat 108 in an open position. These figures show the robust design of the armrests 132 and the secure attachment of accessories. FIGS. 7 and 8 provide side views of the seating system 100 with armrests 132, highlighting the closed and open positions of the seat 108.

FIG. 9 shows a detailed view of the support stanchion 116, used for both riser and floor mount configurations. This figure illustrates the structural design and attachment points 124 for accessories. FIG. 10 provides a side view of the support stanchion 116, detailing the overall structural configuration and attachment points 124.

FIG. 11 offers a center cut side view of the seating system 100, showing the internal structure of the chair 104 mounted on a floor pedestal 156. This figure highlights the ergonomic design of the seat 108 and back 112, as well as the under-seat arc concave surface 172. Finally, FIG. 12 illustrates a side view of the seating system 100 with an attached cup holder 128 in the upper position, demonstrating the flexibility and functionality of the accessory attachment system.

In conclusion, the present invention provides an advanced seating system 100 that meets the diverse needs of modern sports venues and auditoriums. With its innovative design, durable materials, and user-friendly features, the seating system 100 offers superior performance, comfort, and efficiency. The detailed descriptions and figures illustrate the various features and advantages of the present invention, highlighting its potential to revolutionize the industry.

Since many modifications, variations, and changes in detail can be made to the described preferred embodiments of the invention, it is intended that all matters in the foregoing description and shown in the accompanying drawings be interpreted as illustrative and not in a limiting sense. Furthermore, it is understood that any of the features presented in the embodiments may be integrated into any of the other embodiments unless explicitly stated otherwise. The scope of the invention should be determined by the appended claims and their legal equivalents.

Claims

1. A seating system for sports venues and auditoriums comprising: a plurality of chair models, each chair model including a seat and a back, providing ergonomic support and comfort;support structures for each chair model, configured to securely support the seat and back, and featuring attachment points for accessories to enhance functionality;a standardized assembly system for all chair models, utilizing common tools, anchors, and installation methods, allowing interchangeable use of components to minimize inventory and reduce installation complexity;an installation mechanism enabling rapid installation and redistribution of chair models, designed for efficient seating arrangement and maintenance; anda configuration system adaptable to both floor-mounted and elevated installations, allowing easy adjustment to different venue layouts; whereinthe seating system is designed for durability, recyclability, and safety, with features that facilitate easy cleaning and maintenance, enhancing user experience and operational efficiency in sports venues and auditoriums.

2. The seating system of claim 1, wherein the seat and back of each chair model are ergonomically contoured to include integrated lumbar and gluteus support features.

3. The seating system of claim 2, wherein the seat and back have a smooth surface design to facilitate easy cleaning and prevent the accumulation of dust and dirt.

4. The seating system of claim 1, wherein the support structures are fabricated from durable materials selected from the group consisting of cast aluminum and stamped steel plate.

5. The seating system of claim 4, wherein the support structures incorporate internal reinforcement to provide stable and reliable strength over extended periods of use.

6. The seating system of claim 4, wherein the support structures are designed with a minimal material usage profile while maintaining the required structural integrity for safety.

7. The seating system of claim 1, wherein the support structures include a recessed area configured to securely attach accessories such as cupholders and armrests.

8. The seating system of claim 7, wherein the recessed area forms two support walls that enhance the structural integrity of the attached cupholders and armrests.

9. The seating system of claim 1, wherein the installation mechanism includes quick-release connectors allowing each chair model to be installed or redistributed in less than 30 seconds.

10. The seating system of claim 9, wherein the installation mechanism comprises a floor beam pedestal system that does not require clamps to secure the beam.

11. The seating system of claim 1, wherein the configuration system includes adaptable components for both floor-mounted and riser-mounted installations.

12. The seating system of claim 11, wherein the support structures are designed with adjustable mounting interfaces to facilitate easy adaptation to different venue layouts, including floor beam and riser track configurations.

13. The seating system of claim 1, wherein the standardized assembly system includes modular components that allow for interchangeable use across different chair models.

14. The seating system of claim 13, wherein the modular components are designed to reduce the variety of tools and parts required for assembly and maintenance.

15. The seating system of claim 1, wherein the support structures are configured to minimize vibration transfer between adjacent chairs.

16. The seating system of claim 15, wherein the support structures include a track mount mechanism designed to significantly reduce vibration transfer.

17. The seating system of claim 1, wherein the chair models include structural adaptations to accommodate different seating hierarchies within the venue.

18. The seating system of claim 1, wherein the support structures feature an under-seat arc concave surface to provide additional structural strength and allow for enhanced user movement within the chair.

19. A seating system for sports venues and auditoriums comprising: a plurality of chair models, each chair model including a seat and a back, providing ergonomic support and comfort, wherein the seat and back of each chair model are ergonomically contoured to include integrated lumbar and gluteus support features;support structures for each chair model, configured to securely support the seat and back, and featuring attachment points for accessories to enhance functionality, wherein the support structures are fabricated from durable materials selected from the group consisting of cast aluminum and stamped steel plate such that the support structures incorporate internal reinforcement to provide stable and reliable strength over extended periods of use;a standardized assembly system for all chair models, utilizing common tools, anchors, and installation methods, allowing interchangeable use of components to minimize inventory and reduce installation complexity;an installation mechanism enabling rapid installation and redistribution of chair models, designed for efficient seating arrangement and maintenance, wherein the installation mechanism includes quick-release connectors allowing each chair model to be installed or redistributed in less than 30 seconds; anda configuration system adaptable to both floor-mounted and elevated installations, allowing easy adjustment to different venue layouts; whereinthe seating system is designed for durability, recyclability, and safety, with features that facilitate easy cleaning and maintenance, enhancing user experience and operational efficiency in sports venues and auditoriums.

20. A seating system for sports venues and auditoriums comprising: a plurality of chair models, each chair model including a seat and a back, providing ergonomic support and comfort;support structures for each chair model, configured to securely support the seat and back, and featuring attachment points for accessories to enhance functionality, wherein the support structures are fabricated from durable materials selected from the group consisting of cast aluminum and stamped steel plate such that the support structures incorporate internal reinforcement to provide stable and reliable strength over extended periods of use, and further wherein the support structures include a track mount mechanism designed to significantly reduce vibration transfer;a standardized assembly system for all chair models, utilizing common tools, anchors, and installation methods, allowing interchangeable use of components to minimize inventory and reduce installation complexity, wherein the standardized assembly system includes modular components that allow for interchangeable use across different chair models;an installation mechanism enabling rapid installation and redistribution of chair models, designed for efficient seating arrangement and maintenance, wherein the installation mechanism includes quick-release connectors allowing each chair model to be installed or redistributed in less than 30 seconds; anda configuration system adaptable to both floor-mounted and elevated installations, allowing easy adjustment to different venue layouts; whereinthe seating system is designed for durability, recyclability, and safety, with features that facilitate easy cleaning and maintenance, enhancing user experience and operational efficiency in sports venues and auditoriums.