Dr. Mark L Donaldson, Provo UT - MD (Doctor of Medicine)
Specialties:
Dermatology
Address:
Provo Office 1055 N 500 W SUITE 111, Provo 84604 (801) 374-8999 (Phone) Central Utah Clinic Dermatology 1055 N 500 W SUITE 111, Provo 84604 (801) 374-8999 (Phone)
Certifications:
Dermatology, 1982
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
Provo Office 1055 N 500 W SUITE 111, Provo 84604 Central Utah Clinic Dermatology 1055 N 500 W SUITE 111, Provo 84604 Utah Valley Regional Medical Center 1034 North West Ln West, Provo 84604
Education:
Medical School University of Utah Graduated: 1978 U Ariz U Okla
Joseph Mark Donaldson - Jefferson LA, US Mark Livingston Donaldson - Provo UT, US
International Classification:
A47G 19/22
US Classification:
220705
Abstract:
A multiple straw fluid dispenser is disclosed including a cap assembly containing two or more straws, each of the straws are accessible to one or more users for the purpose of drinking one or more fluids. Each straw includes a back flow prevention means allowing users to drink a fluid or fluids independent of other users and or other fluids. The fluid dispenser may be used in a conjunction with a multiple compartment fluid storage container or a single compartment storage container.
Form Tie Sleeves For Composite Action Insulated Concrete Sandwich Walls
US Patent:
6854229, Feb 15, 2005
Filed:
May 29, 2003
Appl. No.:
10/447724
Inventors:
David O. Keith - American Fork UT, US Mark Donaldson - Provo UT, US
Assignee:
H.K. Marketing LLC - American Fork UT
International Classification:
E04G017/08
US Classification:
52428, 52426, 52439, 5230912
Abstract:
An elongate sleeve tie is used with casting form ties in the manufacture of composite wall structures. The casting form ties and sleeve ties act to secure one or more casting forms in a rigid position relative to an insulating layer positioned between the casting forms during the manufacture of composite wall structures. The casting form tie is received in a central recess of the elongate sleeve tie. Once the composite wall has been formed, the casting form ties may be pulled out of the wall, leaving the elongate sleeve ties in place. Removal of the casting form ties eliminates the thermal bridges that metal casting form ties would otherwise create. At least a portion of the sleeve tie is formed of a material having a high thermal resistance.