Sound attenuating structure

• US 4,136,856 A
• Filed: 03/25/1974
• Issued: 01/30/1979
• Est. Priority Date: 03/25/1974
• Status: Expired due to Term

• Current Assignee: Custom Automation, Inc.
• Original Assignee: Custom Automation, Inc.
• Inventors: Murdock, Robert H.
• Primary Examiner(s): Troutman, Doris L.
• Application Number:
  US05/454,689
• Time in Patent Office: 1,772 Days
• Field of Search: 256/19, 256/24, 256/25, 256/26, 52/568, 52/580, 52/581, 52/582, 181/33 G, 181/33 GB
• US Class Current: 256/24
• CPC Class Codes: E01F 8/0035 with undulated surfaces E01F8/0029, E01F8/0052 take precedence

Abstract

A wall for attenuating highway noise and the like comprises spaced apart posts set generally perpendicular to the ground slope, and panel sections secured therebetween. Each post includes a T-channel member with an elongated locking plate removably secured to the edge of the web of the T-channel and disposed normal thereto. Between the locking plate and each branch of the T-channel a panel jamb is resiliently secure, and one end of a pre-assembled panel is joined to each jamb. In one embodiment the panels are constructed of double-walled courses supported by horizontal joists which are joined to the jamb. In another embodiment the panels are formed of courses of parallel right-angle members resiliently locked into vertically spaced slotted bars, with acoustic insulation secured between the right-angle members.

Claims

1. A wall construction comprising spaced apart vertical support means, a plurality of panel sections each extending between adjacent vertical support means, each of said panel sections including a vertically disposed panel jamb at each end thereof, locking means including plate means adjustably spaced from and secured to each of said vertical support means for resiliently and compressively engaging therebetween each of said panel jambs, each of said panel sections including a plurality of laterally disposed panel members vertically stacked in courses extending between a pair of said panel jambs, and each of said courses including a pair of horizontally extending vertical sheets, said pair of sheets being parallel and spaced apart.

2. The wall construction of claim 1, wherein said vertical support means comprises a plurality of vertical support posts.

3. The wall construction of claim 2, wherein each of said support posts comprises a T-channel member having a channel web and flanges extending from one edge thereof and normal thereto.

4. The wall construction of claim 3 wherein said locking means comprises a vertically disposed plate removably joined to said web of said T-channel member.

5. The wall construction of claim 4, wherein said panel jamb includes resilient sides for engaging said locking plate and one of said T-channel flanges.

6. The wall construction of claim 2 further including adjustable support means secured to each of said posts for supporting the lower end of each of said panel sections.

7. The wall construction of claim 6, further including a plurality of horizontal studs, each of said studs interposed between and supporting objacent courses.

8. The wall construction of claim 7, wherein each of said studs is secured at each end thereof to one of said panel jambs.

9. A wall construction comprising spaced apart vertical support means a plurality of panel sections each extending between adjacent vertical support means, each of said panel sections including a vertically disposed panel jamb at each end thereof, locking means including plate means adjustably spaced from and secured to each of said vertical support means for resiliently and compressively engaging therebetween each of said panel jambs, each of said panel sections including a plurality of laterally disposed panel members vertically stacked in courses extending between a pair of said panel jambs, and wherein each of said courses comprises a pair of laterally extending right angle blades.

10. The wall construction of claim 9, wherein each of said right angle blades comprises a pair of laterally extending webs each normal to the other and joined at respective lateral edges.

11. The wall construction of claim 10, wherein said pair of blades are disposed with one web of each opposed and parallel, the other web of each parallel and diverging.

12. The wall construction of claim 11, including insulating means secured between said opposed and parallel webs.

13. The wall construction of claim 9, further including a plurality of horizontal bars, each of said bars joining objacent courses and interposed therebetween.

14. The wall construction of claim 13, wherein each of said bars includes a pair of slots for resiliently engaging the lower edge of a superjacent blade and the upper edge of a subjacent blade.

15. The wall construction of claim 13, wherein each of said bars is joined at each end of one of said panel jambs.