Lifecor, Inc.

Other

Larry D Bowling

Marlin S Heilman

Joseph F Russial

Arlan J Brandt

An improved concealed safe is disclosed for concealment of firearms and other valuables therein, the safe being sized and shaped to replace a bed box-springs. The safe includes a top surface to support a mattress of a bed, a bottom surface to engage a supporting floor, a plurality of exterior side walls and corners being sized and shaped to support a mattress bed. The safe includes an internal storage cavity bounded by interior walls a lower floor. The safe includes side wall openings through at least one of the exterior side walls and through respective interior walls, into which one or more drawers can be inserted into the storage cavity. Each drawer is lockable and concealed from view when inserted into the safe in a concealed position, and each drawer is extendable outwards from the storage cavity into an exposed position. A rolling means supports each drawer and allows each drawer to be moved along at least one pair of roller tracks positioned on an interior wall within the storage cavity, providing a user ease of opening and loading each drawer in the exposed position, and allowing closing each drawer to the concealed position into the concealed safe that is hidden under a mattress and appears as a bed box-springs.

Hidden safe associated with a bed

A patient-worn harness or vest protects at-risk patients from the possibly fatal results of heart arrhythmias. The harness or vest incorporates sensing electrodes for monitoring heart condition, a microprocessor and memory for processing signals received from the sending electrodes and comparing same with patient's data, and skin-contacting pulsing electrodes for applying electrical pulses to the patient's chest wall responsive to signals received from the microprocessor. The electrodes include automatic tightening and electrolyte gel release mechanisms for reducing impedance at the electrode-skin interface. A servicing subsystem is provided for the harness or vest and may be used to interface with the harness or vest and may be used to interface with the harness or vest and also to communicate with remote health care personnel through a suitable telephone link.

Portable device for sensing cardiac function and automatically

A patient-worn harness or vest protects at-risk patients from the possibly fatal results of heart arrhythmias. The harness or vest incorporates sensing electrodes for monitoring heart condition, a microprocessor and memory for processing signals received from the sending electrodes and comparing same with patient's data, and skin-contacting pulsing electrodes for applying electrical pulses to the patient's chest wall responsive to signals received from the microprocessor. The electrodes include automatic tightening and electrolyte gel release mechanisms for reducing impedance at the electrode-skin interface. A servicing subsystem is provided for the harness or vest and may be used to interface with the harness or vest and also to communicate with remote health care personnel through a suitable telephone link.

Growing community of inventors

Pittsburgh, PA, United States of America

Larry D Bowling