Abstract: An infant identification and security system includes an umbilical cord clamp for being attached to the umbilical cord of an infant, a wristband for being worn on the infant's mother, a pair of information storage modules attached to the clamp and wristband, and a compatible terminal for reading and writing information to the storage modules. The modules contain distinctive identification information that is readable only by the terminal, and only after a predetermined password is entered into the terminal. A person wishing to carry the infant from a maternity ward is given permission to do so only after the identification information in her module is checked by hospital personnel for correspondence with the information in the infant's module. A pair of triggering elements are attached to the umbilical cord clamp for triggering a compatible alarm system when the infant is taken from the maternity ward.

Abstract: An umbilical cord cutting and clamping device includes first and second clamps held in a side-by-side abutting relation. Each clamp includes first and second arms hingeably connected at a first end, and gripping surfaces arranged on the interior of the arms. A blade is attached to the first arm of the first clamp and project into a space between the arms thereof. A pair of side splash guards are attached to abutting first arms on either side of the blade. A pair of front splash guards are attached to the second ends of the second arms and extend toward the first arms. When the clamps are closed around an umbilical cord, the cord is simultaneously clamped by the gripping surfaces and severed by the blade. The splash guards prevent blood from splashing onto surrounding persons when the umbilical cord is severed. The clamps are separable after clamping onto and severing the umbilical cord, so that the baby and the placenta can be separated.

Abstract: A watthour meter damping assembly includes a U-shaped magnetic yoke and a pair of highly coercive and anisotropic permanent magnets projecting in facing relationship from the ends of the yoke. Opposing pole faces of the magnets form an air gap receiving a meter disc to be magnetically retarded. A single temperature compensator extends over the pole faces of the permanent magnets to form a compensating shunt flux path around the air gap. The compensator and magnetic yoke extend substantially parallel to each other from the inner and outer pole faces, respectively, of the magnet pair.