Ed Condon - Murphy TX, US Richard Smith - Dallas TX, US Monte Curran - Argyle TX, US William Oliver - Frisco TX, US Mitch Johnson - McKinney TX, US Wenhua Zhou - Plano TX, US John Grabner - Plano TX, US
Assignee:
Navini Networks, Inc. - Richardson TX
International Classification:
H01Q 21/00
US Classification:
343893, 343853, 343872
Abstract:
A system is disclosed for providing a new panel antenna array with enhanced environmental protection, increased reliability and simplified assembly through the incorporation of new array structures. In one embodiment, a panel antenna array system comprises one or more linear arrays having one or more radiating elements for providing antenna transmission and reception; and one or more protection modules to be aligned vertically with each other in a parallel fashion, with each protection module providing protection to one linear array. A mounting bracket further provides a mounting surface to the protection modules.
George R. Lynch - Coppell TX, US Allen E. Brandenburg - Dripping Springs TX, US Jeffrey Field - Camarillo CA, US Monte Curran - Richardson TX, US Andrew Nelson - Dallas TX, US
Assignee:
Applied Diabetes Research, Inc. - Carrollton TX
International Classification:
A61M 11/00
US Classification:
604 9301, 60416702, 604180
Abstract:
This invention relates to therapeutic infusion assemblies, more specifically a device for the subcutaneous delivery of a fluid from a remote source. Applicant provides a base assembly which has a fluid channel therein and a cannula extending vertically downward from a flat bottom. A fluid connector member which receives a fluid bearing line from the remote fluid source and the fluid connector member pivotably and removably connects to the base member. The manner of connection is “hinged” allowing the fluid connector to move from a non-use position by rotation downward to a used position. In the use position a fluid channel in the fluid connector will connect with a fluid channel in the base to provide fluid to the cannula and to the patient.
George R. Lynch - Coppell TX, US Allen E. Brandenburg - Dripping Springs TX, US Jeffrey Field - Camarillo CA, US Monte Curran - Richardson TX, US Andrew Nelson - Dallas TX, US
Assignee:
Applied Diabetes Research Incorporated - Carrollton TX
International Classification:
A61M 31/00
US Classification:
604 9301, 60416401
Abstract:
This invention relates to therapeutic infusion assemblies, more specifically a device for the subcutaneous delivery of a fluid from a remote source. Applicant provides a base assembly which has a fluid channel therein and a cannula extending vertically downward from a flat bottom. A fluid connector member which receives a fluid bearing line from the remote fluid source and the fluid connector member pivotably and removably connects to the base member. The manner of connection is “hinged” allowing the fluid connector to move from a non-use position by rotation downward to a used position. In the use position a fluid channel in the fluid connector will connect with a fluid channel in the base to provide fluid to the cannula and to the patient.
George Lynch - Coppell TX, US Allen Brandenburg - Dripping Springs TX, US Jeffrey Field - Camarillo CA, US Monte Curran - Richardson TX, US Andrew Nelson - Dallas TX, US
Assignee:
APPLIED DIABETES RESEARCH, INC.
International Classification:
A61M031/00
US Classification:
604/093010
Abstract:
This invention relates to therapeutic infusion assemblies, more specifically a device for the subcutaneous delivery of a fluid from a remote source. Applicant provides a base assembly which has a fluid channel therein and a cannula extending vertically downward from a flat bottom. A fluid connector member which receives a fluid bearing line from the remote fluid source and the fluid connector member pivotably and removably connects to the base member. The manner of connection is “hinged” allowing the fluid connector to move from a non-use position by rotation downward to a used position. In the use position a fluid channel in the fluid connector will connect with a fluid channel in the base to provide fluid to the cannula and to the patient.
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