Reginald M Wilson

US Patent:

42714060, Jun 2, 1981

Filed:

Jul 31, 1979

Appl. No.:

6/062489

Inventors:

Reginald D. Wilson - Baltimore MD

International Classification:

G08B 2100

US Classification:

340604

Abstract:

A system for providing an alarm in the event of a bed wetting occurrence is presented which includes a pair of electrodes fabricated from permanent magnets which are positioned adjacent to each other and held apart by a thin spacer. A self-latching relay is responsive to the completion of an electrical circuit between the electrodes which during the normal application of the invention is caused by an electrolyte such as urine. The self-latching relay interrupts current flow to the magnetic electrodes and activates a nurses call system through the use of pulsating signals.

US Patent:

43564798, Oct 26, 1982

Filed:

Sep 23, 1980

Appl. No.:

6/190032

Inventors:

Reginald D. Wilson - Baltimore MD

International Classification:

G08B 2100

US Classification:

340604

Abstract:

A system for providing an alarm in the event of a bed wetting occurrence is presented which includes a pair of electrodes fabricated from permanent magnets which are positioned adjacent to each other and held apart by a thin spacer. A self-latching relay is responsive to the completion of an electrical circuit between the electrodes which during the normal application of the invention is caused by an electrolyte such as urine flowing in the space between magnetic electrodes to activate a nurses call system through the use of pulsating signals.

US Patent:

42865140, Sep 1, 1981

Filed:

Aug 27, 1980

Appl. No.:

6/181873

Inventors:

Reginald D. Wilson - Baltimore MD

International Classification:

B30B 502

US Classification:

100211

Abstract:

A one-piece spring material finger-operated tongs for compressing tea bags is sized for convenient holding in one hand with broad upwardly convergent tea bag compressing jaw plates projecting forwardly of a pair of finger grip tabs near the center of the device. When the compressor is closed on the tea bag, the bag is progressively squeezed from top-to-bottom across its full width to drain downwardly into a tea cup. The greatest compression on the tea bag is at its bottom.