Structural systems

Abstract

A structural system for use in areas in which space is valuable. The structural system has the ability to transform from a first object or shape into a self-contained meeting center. The structural system may be used for interior and exterior applications. The structural system may also include a mobile, micro-climate controlled chair system.

Description

FIELD OF THE INVENTION

The present invention relates to structural systems.

BACKGROUND OF THE INVENTION

The hospitality industry is constantly searching for ways to better utilize space. The economics is simple. The more square footage of useable space, the more revenue. The inventors of the present application have identified areas of space that are currently “wasted” in many environments and have developed structural systems that effectively turn unused spaces into revenue producing machines.

SUMMARY OF THE INVENTION

One embodiment of the present invention is a structural system. The structural system has the ability to transform from a first structure in a closed position into a second structure in an open position. The pod can be used for meetings and is a self-contained media and communication center.

Another embodiment of the present invention is a mobile, micro-climate controlled chair system. The chair system is equipped with monitoring and communication systems. The chair system provides a safe and comfortable environment for outdoor lounging.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 shows an embodiment of the invention in a closed position.

FIG. 2 shows an embodiment of the invention in an open position.

FIG. 3 shows a more detailed embodiment of the invention in an open position.

FIG. 4 shows an embodiment of the invention in an open position in use and an embodiment of the invention in a closed position in storage.

FIG. 5 shows an embodiment of the invention that is retractable into a ceiling in an open position in use.

DETAILED DESCRIPTION OF THE INVENTION

For simplicity and illustrative purposes, the principles of the present invention are described by referring to various exemplary embodiments thereof. Although the preferred embodiments of the invention are particularly disclosed herein, one of ordinary skill in the art will readily recognize that the same principles are equally applicable to, and can be implicated in other compositions and methods, and that any such variation would be within such modifications that do not part from the scope of the present invention. Before explaining the disclosed embodiments of the present invention in detail, it is to be understood that the invention is not limited in its application to the details of any particular embodiment shown, since of course the invention is capable of other embodiments. The terminology used herein is for the purpose of description and not of limitation. Further, although certain methods are described with reference to certain steps that are presented herein in certain order, in many instances, these steps may be performed in any order as may be appreciated by one skilled in the art, and the methods are not limited to the particular arrangement of steps disclosed herein. Further, although certain embodiments are shown in the figures, the present invention is certainly not intended to be limited to these portrayed embodiments.

One embodiment of the present invention is drawn towards a structural system. The system is preferably foldable or able to change shape. One embodiment of the system is for internal use in hotels. The system can initially serve as a chandelier for a lobby of a hotel. If desired the system can be lowered and “unfolded” into a pod or meeting center.

FIGS. 1-5 show embodiments of the invention for use in hotels or other inside uses. FIG. 1 shows an embodiment of the structural system in a closed position. The structural system could be stored in this manner. In one embodiment of the invention, the structural system could serve as a functional or non-functional chandelier in storage state. In another embodiment of the invention, the structural system could retract into the ceiling or floor and be hidden from view in storage state.

FIG. 2 shows an embodiment of the structural system in an unfolded or open state. The unfolded structural system of the present invention provides a built environment that allows groups of people to engage in and digitally capture impromptu meetings. In addition, the structural system of the present invention could be designed for social and recreational gatherings. Current communication technologies built into the structural system include touch screen LCD displays, audio/video capture devices with the ability to create transcripts from spoken words, tablet displays with OCR (Optical Character Reference), video conferencing equipment, and wireless communication systems. The system could also include next generation communication tools such as hologram projections for 3D-visualization and flexible displays. FIG. 3 shows a more detailed view of the structural system in an open position. Although the system shown only accommodates two people, any number of people could use the structural system at one time. This capacity would only be limited by the size and weight of the structural system.

FIG. 4 shows an embodiment of the invention in use and shows several structural systems in closed, storage positions. As can be seen, the structural system can be used elevated off the ground floor of the hotel lobby. This allows hotel proprietors to take advantage of unused space and further generate revenue.

FIG. 5 also depicts an embodiment of the invention in use in an open position elevated from the floor. The embodiment shown in FIG. 5 is also retractable into the ceiling. In this embodiment, the structural system would be stored out of view of the hotel guests.

The structural can be raised or lowered via any current manual, mechanical, hydraulic, and compressed air systems or any other systems that are commonly used z-axis movement applications. Future systems might include magnetic levitation and others. Another embodiment of the structural system has the ability to move in the x, y, and z axis.

In one embodiment of the structural system, the system is a chassis-based structure with a modular and interchangeable shell that houses seating, equipment, and work surfaces. All the components are modular and can adapt to market-driven aesthetics and needs. Ideally the structural system will be constructed of advanced composites and fabrics, but can also be constructed out of traditional materials such as metal, wood, and plastic. The structural system can be assembled using traditional fasteners such as nuts and bolts, or can be assembled using advances in hardware such as quick fasten/release nuts and bolts. For reconfiguring the structural system, these advanced fasteners provide the flexibility to make un-assembly and re-assembly easy and efficient.

The user will have the ability to interface with the structural system through various interface devices including touch-screen displays, traditional mouse and keyboard, and wireless systems. Preferably, the structural system and all its functions will be controlled via a device (remote or stationary control) based on haptic technology.

The structural system of the present invention will also work in complimentary fashion with the pre-fabricated structures disclosed in pending U.S. patent application Ser. No. 10/163,610 entitled “Structure Having Preinstalled Utilities and Amenities”, which is hereby incorporated by reference in its entirety. The prefabricated structures will be able to “plug” into the structural system of the present invention and become an integral system.

The primary use of the present invention is in hotels. However, the structural systems of the present invention could be deployed in any environment where meetings occur including but not limited to airplanes, airports, offices, resorts, trains, train stations, buses, bus stations, malls, restaurants, homes, vehicles, movie theaters, boats, ships, and nightclubs. The structural system and available utilities and amenities would be adapted to market requirements.

In its primary use in hotels, the structural system would make use of non-revenue generating space found in the space between a floor and ceiling (mezzanine area). It could be located anywhere throughout the hotel's public spaces but ideally be situated in lobbies, pre-function, and function areas. In one embodiment, the structural system is a chandelier form factor that can be suspended and lowered from a ceiling. The number of structural systems possible in a given space such as a hotel lobby is limited only by available space. For instance, a typical hotel lobby may have fifty or more “chandeliers.” The structural system could also partially or completely retract into the ceiling.

The structural system could be used by business people who need to meet to present, review, and document data as well as groups meeting for entertainment or small parties. The structural system could be lowered from its elevated “storage” position and lowered onto the floor of the hotel lobby, for example, when requested by a user or group of users. The system could then be unfolded or opened. The preinstalled utilities and amenities would provide a self-contained meeting environment wherein telecommunications and other equipment would be integral and would not have to be brought in or retrieved from outside of the structural unit. The system could then be elevated off the floor if desired or remain on the floor for a lobby level meeting. The users could be charged an hourly fee for use of the structural system. Of course, any kind of arrangement between the hotel and the user could be used for use of the system.

In a second embodiment, the structural system retracts into the ground or is manually or mechanically moved into a storage compartment. The primary users for this embodiment would also be business people. The structural system could also be integrated in the hotel lobby wall or any other wall. In this embodiment, the system would “unfold: from the wall to provide a self-contained meeting environment and then retract into the wall. In another embodiment, a single wall could contain a plurality of structural systems. The structural systems could be stacked on each other inside the wall and a particular system could be selected by rearranging the configurations of the systems so that the desired system was at the lobby level. The structural system could then be used at the floor level or elevated off the ground. This would allow several systems in use to be jutting out from a single wall at a given time.

In another embodiment, the structural system is an exterior system that is suspended in the air atop a structural post or column. This exterior system has the ability to move up and down the post it is attached to as well as rotate and tilt. This external system could be used in a resort. For example, users desiring to sunbathe in privacy could rent the system and then be elevated away from a public place such as a swimming pool. In this embodiment, the system could have the external appearance of a palm tree or other kind of plant life. The “trunk” of the tree could be the post or column which has the ability to raise and lower the structural system in a telescoping fashion. The post could also retract into the ground upon lowering the structural system. The structural system could include “palm leafs” to provide additional privacy. The external system could be used by people looking to socialize by creating an environment such as a private party with full service bar elevated in the air.

In each embodiment, equipment, amenities, and utilities necessary to serve the needs of its target audience whether they be business, social, entertainment, or a combination would be integrated into the structural system. As noted previously, the business structural system will provide ease of use for people engaging in business related meetings and provide the tools necessary to execute and capture business data. The social and entertainment structural system will focus on creating a comfortable environment with micro climates and amenities such as mist sprayers, aromatherapy, music, and suntan lotion dispensers for sun bathers. The structural system will also provide a point of sales interface that would allow the user to purchase services, products, and information.

In another embodiment of the present invention, the structural system is a chair that is a mobile, micro-climate controlled environment designed to enhance the outdoor lounging experience. The chair combines a traditional poolside lounge chair with innovative features such as integrated massage, displays, sensors that track sun position to increase or decrease UV exposure, aromatherapy, mist systems that dispense water vapor, aloe, or suntan lotion. The user can specify the desired SPF of the lotion. The chair is also rotatable and a user can specify a certain amount of UV exposure. The chair may be programmed to automatically track the pattern of the sun to provide constant UV exposure. In this way, loungers and sunbathers would not have to be concerned with the annoying task of always trying to orientate their chair in the best possible angle with regards to the sun. The chair also includes display systems for entertainment as well as to order amenities, services, and products. For example, a hotel menu could be displayed for ordering food and beverages. The chair may also include any media systems such as computers with internet access, televisions, satellite radios, radios, CD players, DVD players, MP3 players, VCR players, or any other audio or visual media. The chair may also include storage and refrigeration systems that allow a user to have quick access to food and beverages. The chair may also include cooking systems such as a gas or charcoal grill.

In conjunction with the displays, the chair further includes sensors that monitor UV exposure, body temperature, and humidity levels to insure a safe lounging experience. The primary purpose of the structural system chair is to provide a comfortable and safe environment for outdoor lounging. The chair has the ability to transfer a user's personal data to another display. For example, for use in a hotel or resort, the user's data could be transferred to the front desk so that the hotel or resort could monitor a customer's UV exposure to help prevent a negative resort experience caused by sunburn, dehydration, or other physical ailment.

Although certain embodiments of the invention have been described, the invention is not meant to be limited in any way to just these embodiments. For example, although the above description is largely directed towards use of the structural systems in hotels, the structural systems can be used in any environment where meetings or social gatherings are desired including but not limited to airplanes, airports, offices, resorts, trains, train stations, buses, bus stations, malls, restaurants, homes, vehicles, movie theaters, boats, ships, and nightclubs. Further, although only a certain shape of the structural system is shown in the figures in a closed position and an open position, the present invention can take any shape or configuration.

Claims

1. A method of providing a self-contained storage module, said method comprising: providing a self-contained storage module, consisting of a plurality of wall segments which substantially enclose a predetermined volume of space when in a closed position, and which self-contained storage module contains at least one of: a set of furnishings, fixtures, equipment, and operational supplies which are located in said predetermined volume of space, said step of providing comprising: attaching the self-contained storage module to ceiling support members in a room located in a building, andlowering the self-contained storage module from a position in the space between the ceiling and floor of the room to the floor of the room; andunfolding the self-contained storage module into an open position to enable access to said predetermined volume of space and its at least one of: a set of furnishings, fixtures, equipment, and operational supplies.

2. The method of providing a self-contained storage module of claim 1, further comprising: entering the predetermined volume of space, when deployed in the open position, from the floor of the room.

3. The method of providing a self-contained storage module of claim 1, further comprising: raising the self-contained storage module when it is in the closed position at least 10 feet above the floor of the room.

4. The method of providing a self-contained storage module of claim 1, further comprising: wherein said at least one of said plurality of enclosure segments are oriented in a substantially horizontal position when the unitary enclosure is deployed in the open position to enable access to said predetermined volume of space.

5. The method of providing a self-contained storage module of claim 1 wherein the step of providing a self-contained storage module provides a unitary structure that is substantially prolate spheroid in shape when in the closed position.

6. A method of providing a self-contained storage module, said method comprising: providing a self-contained storage module, consisting of a plurality of wall segments which substantially enclose a predetermined volume of space when in a closed position, and which self-contained storage module contains at least one of: a set of furnishings, fixtures, equipment, and operational supplies which are located in said predetermined volume of space, comprising: opening a space in the floor of a building, andraising the self-contained storage module through the space; andunfolding the self-contained storage module into an open position to enable access to said predetermined volume of space and its at least one of: a set of furnishings, fixtures, equipment, and operational supplies.

7. The method of providing a self-contained storage module of claim 6, further comprising: entering the predetermined volume of space, when deployed in the open position, from the floor of the room.

8. The method of providing a self-contained storage module of claim 6, further comprising: wherein said at least one of said plurality of enclosure segments are oriented in a substantially horizontal position when the unitary enclosure is deployed in the open position to enable access to said predetermined volume of space.

9. The method of providing a self-contained storage module of claim 6 wherein the step of providing a self-contained storage module provides a unitary structure that is substantially prolate spheroid in shape when in the closed position.