Sound resistant enclosure
A sound resistant enclosure apparatus adapted for a person have access to an environment that reduces sound from ambient noise. More particularly, the invention relates to a manner in which to use common fabrication materials and method to construct a sound resistant enclosure or booth for use to make or receive cellular telephone calls in relative quiet. The apparatus include among its essential elements, a cylindrical outer wall, a cylindrical inner wall, a door, a top or roof, a floor and sound resistant material mostly deposited between the inner and outer walls. Sound resistant material can also be found in the door, roof and walls. The sound resistant enclosure blocking much of the ambient environmental noise such that the occupant of the enclosure can make or receive a cellular phone call more effectively and efficiently without having distracting unwanted extraneous environmental noise interrupting their conversation.
1. A cylindrical sound resistant enclosure comprising;
an outer substantially cylindrical wall fixedly attached to at least a first top attachment support ring and at least a bottom attachment support ring, the outer cylindrical wall having an opening therein,
an inner substantially cylindrical wall fixedly attached to the first top attachment support ring and fixedly attached to at least the bottom attachment support ring, the inner cylindrical wall being substantially coaxial to the outer cylindrical wall, the inner cylindrical wall having an opening therein wherein the radial position of the inner cylindrical wall opening is substantially aligned with the outer cylindrical wall opening, the inner cylindrical wall being a smaller diameter than the outer cylindrical wall, the inner cylindrical wall substantially co-axial to the outer cylindrical wall wherein creating a space between the outer and inner cylindrical wall,
a sound resistant material occupying the space between the inner cylindrical wall and the outer cylindrical wall,
a perforated substantially cylindrical sound shield fixedly attached to the inner wall, the sound shield having a smaller diameter that the inner wall, the sound shield substantially co-axial to the inner cylindrical wall wherein creating a space between the sound shield and inner cylindrical wall, sound resistant material occupying the space between the inner cylindrical wall and the sound shield,
a top member fixedly attached to the top attachment support ring,
a perforated substantially disc shaped sound shield fixedly attached to the top member within the booth creating a space between the disc shaped sound shield and the top member, sound resistant material occupying the space between the disc shaped sound shield and the top member,
a floor member fixedly attached to the bottom attachment support ring, and;
a door member being a section of a substantially cylindrical member co-axial to the inner and outer walls, the door having a smaller diameter than the outer wall and a larger diameter than the inner wall, a second top attachment support ring rotateably affixed to the first attachment top support ring, a bearing mounted between the first and second top support rings allowing for the second support ring to rotate, the door fixedly attached to the second top support ring, the door adapted to rotate co-axial to the inner and outer cylindrical members such that the door slides between them, the door pivots about its radial centerline, the door is adapted to obstruct the opening in the inner and outer cylindrical walls when closed, the door is adapted to rotate between the inner and outer cylindrical wall such that to expose the openings in the inner and outer cylindrical walls when open, a door stop wherein the door can only travel to a predetermined position.
2. The cylindrical sound resistant enclosure of claim 1 further comprising;
the door member being constructed of a transparent material.
3. The cylindrical sound resistant enclosure of claim 1 further comprising;
the door member having at least one door handle.
4. The cylindrical sound resistant enclosure of claim 1 further comprising;
a plurality of rollers adapted to guide the door member.
5. The cylindrical sound resistant enclosure of claim 1 further comprising;
a gasket such that when the door is closed the gasket sealing an inner space of the enclosure from an outer space.
6. The cylindrical sound resistant enclosure of claim 1 further comprising;
a light fixedly attached to the top of the enclosure adapted to illuminate the interior of the enclosure.
7. The cylindrical sound resistant enclosure of claim 1 further comprising;
an exhaust fan fixedly attached to the enclosure adapted to take air from the exterior of the enclosure and move the air into the interior of the enclosure.
8. The cylindrical sound resistant enclosure of claim 1 further comprising;
a ramp adapted to be placed on the exterior of the enclosure.
9. The cylindrical sound resistant enclosure of claim 1 further comprising;
an anti skid surface.
10. The cylindrical sound resistant enclosure of claim 1 further comprising;
sound resistant material that is placed at the top of the enclosure.
11. The cylindrical sound resistant enclosure of claim 1 further comprising;
sound resistant material that is placed at the bottom of the enclosure.
12. The cylindrical sound resistant enclosure of claim 1 further comprising;
a media for receiving advertising indicia thereon.
13. The cylindrical sound resistant enclosure of claim 1 further comprising;
advertising indicia affixed thereon.
14. The cylindrical sound resistant enclosure of claim 1 further comprising;
the enclosure being constructed from a variety of colors.