Abstract: An assembly for supporting a surgical platform, the assembly comprising an attachment mechanism for securement to a surgical table, a post extending from the attachment mechanism at its first end, a platform mating device engaged with the post's second end at a base portion, the platform mating device comprising at least one leg extending from the base portion, the at least one leg adapted to be mated with a surgical platform to support the surgical platform. Also disclosed is a post for mounting a surgical apparatus to a surface, the post comprising a first end and a second end, the first end operatively engaged with the surface and the second end operatively engaged with the apparatus, a middle portion between the first end and the second end, the middle position having at least one condition in which the middle portion is non-linear.

Abstract: Two prostheses each have a tubular sidewall with a terminal portion extending to a connection end. A connector body has first and second terminal portions extending to first and second ends. The connector body terminal portions are respectively surrounded by the prostheses terminal portions. First and second straps respectively circumscribe the prostheses terminal portions to bias the prostheses into engagement with the connector body. The connector body has first and second strap engagement projections respectively captured by apertures in the straps.

Abstract: A system and method for detecting for and initiating contractions of a uterus of a human patient employs a sensor for sensing electrical activity of the uterus of the patient. Data from the sensed electrical activity is stored in memory. A processor accesses the stored data for analysis. Electrical energy is applied to the uterus to initiate a uterine contraction when the analyzed data fails to satisfy predetermined detection criteria.

Abstract: The present invention presents a method and apparatus for recording and analyzing uterine electrical activity, or electromyography (EMG), from the surface of the abdomen, vagina, or cervix of a patient for the purpose of diagnosing contractile patterns of the uterus in pregnant and non-pregnant women, as well as for monitoring maternal and fetal ECG and fetal brain activity. The method and apparatus described include methods for the systematic detection, analysis, characterization and communication of information about electrical signals recorded from the abdominal/vaginal/cervical surface. The present invention provides data analysis techniques for analyzing the electrical data measured from the surface of a patient to characterize their uterine, abdominal, and cardiac muscle activity, as well as cardiac and brain activity of the fetus simultaneously or separately.

Abstract: Two prostheses each have a tubular sidewall with a terminal portion extending to a connection end. A connector body has first and second terminal portions extending to first and second ends. The connector body terminal portions are respectively surrounded by the prostheses terminal portions. First and second straps respectively circumscribe the prostheses terminal portions to bias the prostheses into engagement with the connector body. The connector body has first and second strap engagement projections respectively captured by apertures in the straps.

Abstract: The present invention is a face mask suitable for application to a person's skin. The mask comprises a mask segment of flexible sheet material and a screen element. The mask segment is conformable to at least a portion of the surface of the person's skin. The mask segment has a first surface, a second surface, and a shaped peripheral margin. The screen element also has a first surface. A decoration embellishes the first surface of the mask segment and the first surface of the screen element. A first fastener on the second surface of the mask segment attaches the segment to the person's skin. A second fastener attaches the screen element to the mask segment.

Abstract: An adjustable height platform comprising a bottom platform, a top platform and a scissors linkage secured between the top and the bottom platforms. The scissors linkage includes scissors legs which pivot about a pivot axis. A drive system provides a horizontal force to the scissors linkage. An unlocking mechanism lifts the pivot axis in response to the horizontal force and unlocks the scissors legs from a collapsed, retracted, and aligned position. After unlocking the legs, the horizontal force continues to raise the top platform with respect to the bottom platform.

Abstract: An adjustable height platform comprising a bottom platform, a top platform and a scissors linkage secured between the top and the bottom platforms. The scissors: linkage includes scissors legs which pivot about a pivot axis. A drive system provides a horizontal force to the scissors linkage. An unlocking mechanism lifts the pivot axis in response to the horizontal force and unlocks the scissors legs from a collapsed, retracted, and aligned position. After unlocking the legs, the horizontal force continues to raise the top platform with respect to the bottom platform.

Abstract: The present invention presents a method and apparatus for recording and analyzing uterine electrical activity, or electromyography (EMG), from the surface of the abdomen, vagina, or cervix of a patient for the purpose of diagnosing contractile patterns of the uterus in pregnant and non-pregnant women, as well as for monitoring maternal and fetal ECG and fetal brain activity. The method and apparatus described include methods for the systematic detection, analysis, characterization and communication of information about electrical signals recorded from the abdominal/vaginal/cervical surface. The present invention provides data analysis techniques for analyzing the electrical data measured from the surface of a patient to characterize their uterine, abdominal, and cardiac muscle activity, as well as cardiac and brain activity of the fetus simultaneously or separately.

Abstract: An adjustable height platform comprising a bottom platform, a top platform and a scissors linkage secured between the top and the bottom platforms. The scissors linkage includes scissors legs which pivot about a pivot axis. A drive system provides a horizontal force to the scissors linkage. An unlocking mechanism lifts the pivot axis in response to the horizontal force and unlocks the scissors legs from a collapsed, retracted, and aligned position. After unlocking the legs, the horizontal force continues to raise the top platform with respect to the bottom platform.

Abstract: The present invention is a face mask suitable for application to a person's skin. The mask comprises a mask segment of flexible sheet material and a screen element. The mask segment is conformable to at least a portion of the surface of the person's skin. The mask segment has a first surface, a second surface, and a shaped peripheral margin. The screen element also has a first surface. A decoration embellishes the first surface of the mask segment and the first surface of the screen element. A first fastener on the second surface of the mask segment attaches the segment to the person's skin. A second fastener attaches the screen element to the mask segment.

Abstract: An IV guard having a cover with an open back for use in conjunction with an intravenous connection comprising a cannula that is inserted into a vein of an individual. The cannula being inserted through an insertion point in the individual's skin. The cover having an inner hollow cavity defined by a top, a front, and pair of sidewalls that together create a shape of an animal. The open back of the cover allows examination of the cannula and the insertion point which are contained in the inner hollow cavity when the cover is in place over the insertion point.

Abstract: There is disclosed a system for monitoring a prenatal condition of a patient and reporting the monitored condition. The system includes a monitor which may be worn by the patient and which generates an electrical signal representing uterine electrical activity of the patient. A microprocessor is configured for analyzing a characteristic of the electrical signal to generate data indicative of the condition and a transmitter transmits the generated data to a receiver, separated from the monitor. The receiver receives the transmitted data and includes a display for displaying the received data.

Abstract: A nasal aspirator having a stem, a tip and a bulb. The stem having an inner lumen from a top to a bottom. The tip comprising of an aperture at a point that arches from a base, wherein the base is secured to the top of the stem. The bulb having a ribbed opening into an inner hollow cavity. The bottom of the stem being inserted through the ribbed opening and into the inner hollow cavity so that the top of the stem is secured at the ribbed opening of the bulb.

Abstract: A hand pump for connection to a pressure control valve used as part of a sphygmomanometer. The hand pump comprising an inflation bulb, a plug and an intake valve. The inflation bulb comprising of an inlet, an outlet and an inner hollow cavity. The outlet of the inflation bulb is connected to the pressure control valve of the sphygmomanometer. The plug is secured at the inlet of the inflation bulb within the inner hollow cavity and the intake valve is secured within the plug.