Training Pad Connector

• US 20140170622A1
• Filed: 09/11/2013
• Published: 06/19/2014
• Est. Priority Date: 09/11/2012
• Status: Abandoned Application

• Current Assignee: John J Pastrick, Mark E. Cook, Timothy E Lint
• Original Assignee: John J Pastrick, Mark E. Cook, Timothy E Lint
• Inventors: Pastrick, John J., Lint, Timothy E., Cook, Mark E.
• Application Number:
  US14/024,447
• Publication Number:
  US 20140170622A1
• Time in Patent Office: Days
• US Class Current: 434/265
• CPC Class Codes: G09B 23/288 for artificial respiration or heart massage

Abstract

An improved training pad connector device for connecting a disposable electrode training pad to an electrical cable using a very low profile, approximately 0.16 of an inch, which does not interrupt the external surface or dimensions of the training pad. The connector includes a top piece and a bottom piece forming a unitary body for capturing the electrical contacts and extending cable between the interconnected top and bottom pieces, and for engaging the electrode training pad on an extending tab. The top and bottom pieces of the connector and the electrode training pad each include aligned openings for receiving a removable pin. The removable pin engages the connector in an interference fit to secure the pad and connector together.

Claims

1. A training pad connector having a top piece secured to a bottom piece and a removable pin for providing an interference fit with the top piece of the connector to connect a training pad inserted into the connector.

2. An electrode training pad connector having a top piece, a bottom piece and a removable pin for providing an interference fit with the top piece of the connector to electrically connect an electrode training pad to the connector.

3. The electrode training pad connector of claim 2, wherein the removable pin has a partially hollow body portion.

4. The electrode training pad connector of claim 2, wherein the removable pin has a substantially round external dimension, the bottom piece and the electrode training pad each have an opening for aligned engagement by the removable pin, and the top piece has an opening with at least 2 partially flat internal surfaces for aligned interference engagement with the removable pin.

5. A training pad connector having a body supporting electrical circuitry, an electrical cable, an electrode training pad, and having a pin engaging the body with an interference fit for electrically interconnecting the electrode training pad with the electrical circuitry and cable.

6. A training pad connector for connecting a disposable electrode training pad to an electrical cable, the connector and interconnected disposable electrode training pad having a very low profile, approximately 0.16 of an inch, which does not interrupt the external surface or dimensions of the disposable electrode training pad.