Abstract: A microcurrent therapy device (MCTD) for use in applying a DC current of less than one milliampere between two conductive pads through the tissue of a therapy recipient has an electronic stack that can be placed in electrical connection with the user's skin and thus in electrical connection with the other skin contact plate, a profile minimizing system using an off the shelf “coin ” battery within the electronic stack, and a battery clip used in conjunction with a coin battery and the circuit board of the MCTD.

Abstract: A microcurrent therapy device (MCTD)for use in applying a DC current of less than one milliampere between two conductive pads through the tissue of a therapy recipient; the MCTD having an indicator such as an LED to provide an indication of imperceptible current flow through the tissue of the therapy recipient. The preferred embodiment uses a battery clip in conjunction with a coin battery and the circuit board of the MCTD.

Abstract: A microcurrent therapy device (MCTD) for use in applying a DC current of less than one milliampere between two conductive pads through the tissue of a therapy recipient. The MCTD in a preferred embodiment having an electronic stack that can be placed in electrical connection with the user's skin and thus in electrical connection with the other skin contact plate. The disclosed device includes a profile minimizing system of using an off the shelf “coin” battery within the electronic stack. The preferred embodiment uses a battery clip in conjunction with a coin battery and the circuit board of the MCTD.

Abstract: A pin socket carrier system is disclosed for positioning and mounting an array of pin receiving sockets to a planar electronic device, such as a printed circuit board (PCB). The system comprises a plurality of first drawn metal cup-shaped sockets having a closed end and an outwardly flanged open end, a like plurality of second drawn metal cylindrical sockets mounted at least partially in the first drawn metal cup-shaped sockets. Each of the second drawn metal cylindrical sockets is characterized at one end thereof by plural axial slots to define plural wall sections, where the wall sections are angled inwardly to electrically contact an electronic pin inserted therein, and at the opposite end by at least a first outwardly flared portion, where the first flared portion is configured to lie contiguous with at least a part of the outwardly flared open end.

Abstract: An electrical interconnection is provided between a tubular element (10) formed of a thin walled plastic material made conductive (16) and a further contact (18,56) by fluid pressure driving the material to engage the further contact. Positive and negative pressures are contemplated and assemblies (110) of contacts (90) are arranged to become commonly activated to interconnect arrays of contacts between electronic packages.

Abstract: A carrier strip for carrying electrical components which are inserted into holes in circuit boards. More particularly, the carrier strip includes a web from which serially arranged, open ended cups extend. The free ends of the cups are adapted to engage the circuit board to cause the separation of the electrical components from the cups during the insertion thereof into the holes in the circuit board.

Abstract: A connector socket adapted to be retained in an opening of a printed circuit board to receive a contact pin or the like, has a tubular body portion receivable in the circuit board opening, and has an external shoulder that acts as a stop during the inserting movement. The body portion contains a spring contactor for engagement with any suitable contact pin. For retaining the connector socket securely in the circuit board, it has at least one external resilient spring retainer finger but preferably two fingers which extend lengthwise of the tubular body and engage the circuit board at the opening thereof. The retainer fingers are movable independently of the body, but are formed integrally therewith.

Abstract: A hand-operated bender apparatus for forming relatively thin metal stock into parts having predetermined shapes, comprising a base, a clamp on the base for holding portions of the metal stock to be shaped, and a elongate handle which is pivotally carried on the base and which can swivel about an axis thereon. The handle carries a spring-biased slide member on which there is mounted a transverse, upstanding pin constituting a shoulder adapted for engagement with the metal stock. The clamp is in the form of a vise having a fixed jaw constituted as a die, around which the metal stock is formed. The slide member is normally biased toward the pivotal axis of the handle but can yield outwardly in a direction away from such axis as the handle is swiveled, this occurring under the action of forces transmitted through the metal stock as it is being formed. The yieldable shoulder on the handle permits the use of dies having irregular shapes.