A device for providing warnings to users of household appliances having an electronic audio playback circuit () preprogrammed with a predetermined audio message. A power source () to supply power to said electronic audio playback circuit (). A speaker or transducer () for converting output from said electronic audio playback circuit into audio signals. A physical displacement-activated switch (). A housing () for enclosing said electronic audio playback circuit (), speaker or transducer (), and physical-displacement-activated switch (). A means () for attaching said housing to a household appliance lid or door.
A pipe coupling is formed of a pair of similar semicircular segments of a preselected diameter which are fastened together by separate, standard-size, length-adjustable fasteners to form a predetermined diameter circular casing for surrounding and connecting adjacent, axially aligned pipe ends. Each segment has radially arranged, opposite end faces which abut the corresponding end faces of the other segment to form a pair of diametrically aligned junctures. Depressed sockets are formed in the exterior, peripheral surface of each segment near the junctures. Each fastener is formed of an internally threaded tube having an end portion telescopically fitted within a tubular barrel, with a screw having a head engaged against the free end of the barrel and a shank extending through the barrel and threadedly engaged within the tube. The laterally extending teeth which are formed on the tube and barrel fit into the sockets on opposite sides of each juncture. Tightening the screw moves the barrel axially relative to the tube for moving the barrel teeth and tube teeth towards each other and, consequently, compressing adjacent segment faces towards each other.
A standard pipe coupling is formed of two, semi-circular segments that are bolted together to form a circular casing which surrounds the adjacent, axially aligned, end portions of two pipes to be connected. The casing is U-shaped in cross-section to form an exterior base and radially inwardly directed legs which are of substantially equal length. The radially inner edge portions of the legs form continuous, annular, narrow tenons which normally fit into annular grooves formed in the exterior surfaces of the pipes for interconnecting the casing and substantially equal diameter pipes. A diameter reducing insert comprising a flat, thin, segmented ring whose outer peripheral edge is formed with a continuous groove is arranged coplanar with one of the legs, and with its groove receiving the tenon of that leg. The inner peripheral edge of the insert ring forms a tenon which is substantially the same shape and width as, and is aligned radially inwardly of, and coplanar with, the tenon of its leg for fitting within a groove of a smaller diameter pipe. Thus, a predetermined size casing can be used to couple a corresponding, predetermined diameter large pipe to a variety of different size, smaller diameter pipes by selecting an inert whose inner peripheral edge is matched to the size of the particular diameter small size pipe selected.
A pipe coupling gasket insert is provided for optional use within a conventional C-shaped in cross-section, resilient gasket which is fitted within a conventional rigid C-shaped in cross-section coupling formed for encircling and coupling together the end portions of a pair of co-axially arranged, adjacent pipe end portions. The gasket has band-like lips formed on its inner portions for encircling and engaging the surfaces of the respective pipe end portions with the lips having free edges that are spaced apart. The pipe ends are slightly gaped apart. The insert, form of a resilient ring, is manually positioned within the gasket, for engaging the base of the C-shaped gasket, and has a radially inwardly extending rim that extends between the free edges of the gasket lips for engaging the end portions of the adjacent pipes and spanning the gap therebetween. The insert rim portion may be shaped to extend into gap or over the gap for sealing the gap between the adjacent pipe ends.
Name / Title
Company / Classification
Phones & Addresses
Thomas Hendrickson President
Fine Remodelling Inc Residential Construction
7979 Lantern Rd, Indianapolis, IN 46256
Thomas Hendrickson Principal
Greycoat Farm General Crop Farm
7979 Lantern Rd, Indianapolis, IN 46256
Thomas S. Hendrickson
Fine Remodeling LLC Home Security Systems · Basement Waterproofing · Custom Cabinets · Ceiling Fans · Ceramic Tile · Chimney Caps · Chimney Repair · Chimney Sweep
1923 Randall Rd, Indianapolis, IN 46240 (317)4300539
Thomas R Hendrickson Vice President,Director
ASSOCIATED MORTGAGE GROUP, INC
Thomas D. Hendrickson Director
Alternative Computer Maintenance, Inc
Thomas L. Hendrickson Principal
Fishers Charitable Trust Inc Trust Management
13034 W Elster Way, Fishers, IN 46037
Thomas A. Hendrickson Treasurer, Vice President
Biltwell Estates, Inc
1160 Fairfield Ave, Indianapolis, IN 46205
License Records
Thomas O Hendrickson
License #:
23977 - Expired
Issued Date:
Jul 1, 1974
Expiration Date:
Aug 21, 1992
Type:
Salesperson
Thomas James Hendrickson
License #:
2393 - Expired
Category:
Funeral Directing
Issued Date:
Jan 1, 1976
Effective Date:
Feb 2, 1992
Type:
Embalmer
Thomas James Hendrickson
License #:
857 - Expired
Category:
Funeral Directing
Issued Date:
Jan 1, 1973
Effective Date:
Feb 2, 1992
Expiration Date:
Feb 1, 1998
Type:
Funeral Director
Thomas James Hendrickson
License #:
857 - Expired
Category:
Funeral Directing
Issued Date:
Jan 1, 1973
Effective Date:
Feb 2, 1992
Expiration Date:
Feb 1, 1998
Type:
Funeral Director and Embalmer
Resumes
Engineering Consultant At Fujifilm Medical Systems
Engineering Consultant at Fujifilm Medical Systems
Location:
Indianapolis, Indiana Area
Industry:
Information Technology and Services
Work:
Fujifilm Medical Systems - IU Health Indianapolis since Apr 2012
Engineering Consultant
Ascension Health - Indianapolis Jul 2011 - May 2012
Sr. Systems Administrator
CSC (Boeing Account) - Remote Mar 2011 - Jul 2011
Sr. Systems Administrator
CSC (Crane Account) Oct 2010 - Mar 2011
Sr. Systems Administrator
CSC (Ascension Health Account) 2008 - 2010
Sr. Systems Administrator
Education:
Indiana University-Purdue University at Indianapolis 1994 - 1997
Cleveland Institute of Electronics 1992 - 1994
2 year, Communications Electronics
University of Indianapolis 1990 - 1991
Skills:
VMware Windows Server Microsoft Exchange Troubleshooting VMware ESX DNS Active Directory System Administration Disaster Recovery Servers Cisco Technologies X-Ray Theory Software Documentation Windows Microsoft SQL Server
Hatch Staffing Services Aug 2012 - Mar 2013
Package Handler
Us Army Nov 2011 - Jun 2012
Nodal Network Systems Operator
Fedex Ground Jul 2011 - Oct 2011
Package Handler
The Great American Cookie Co Jan 2011 - Feb 2011
Cashier
Dekalb High School of Technology South Aug 2008 - May 2009
Shop Foreman
Education:
Savannah State University 2014 - 2017
Bachelors, Entrepreneurial Studies, Entrepreneurship
Martin Luther King Jr. High School 2005 - 2009
Yorktown, VASales Associate at JCrew I just graduated from JMU with a degree in Vocal Performance. I am planning on moving to NYC in august to persue a career in singing opera, and also to work... I just graduated from JMU with a degree in Vocal Performance. I am planning on moving to NYC in august to persue a career in singing opera, and also to work, hopefully as a paralegal in a law firm.