Abstract: A novel umbilical cord clamp and a combined umbilical cord clamp and cutter are provided for clamping and cutting umbilical cords in one motion. The cutter comprises two shells joined by a longitudinal hinge. A transverse blade is mounted in one shell, and a cutting support is mounted in the other shell across from the blade. One or more removable clamps may be engaged with the shells to be removable from the shells after cutting. Alternatively, a self-winding or plastically deformable band may be engageable with the shells. The cutter and its associated removable clamp(s) may be coordinated with an identifier, such as a color, number, or letter. Blood sampling and diagnostic features may be included with the cutter. The removable clamps may have an openable closure.

Abstract: The clamp includes a passage adjacent to a pivot connection and into which a corresponding pivot pin is at least partially displaced from its original position into a position in which the circumcision clamp becomes inoperative. In one embodiment, the passage is located at one end of the latching member having a notch that is adjacent to a spur so that, when the clamp is moved to a closed position, the spur slips into the notch. The spur and notch resist movement of the latching member thereby causing the pivot pin to be forcibly displaced from its original position into an inoperative position. Select elements of the clamp may be formed of transparent plastic material for allowing a circumcision operator to monitor the glans penis therebeneath so that same is not damaged during a circumcision. Alternately, the clamp may be formed of aluminum and stainless steel. In such an embodiment, the passage is located at one end of the handle.

Abstract: An instrument for clamping and cutting a deformable flexible tube includes handles and jaws pivotally coupled together on opposite sides of a pivot member, a fixed cutting blade on the jaws, integrally hinged lockable V-clamps with ratcheted inner gripping surfaces mounted in the jaws with the edge of the cutting blade positioned above the ratcheted surfaces of the V-clamps, and a device to push the V-clamp axially forward in the jaws. When the handles are pressed together to an intermediate position, the jaws are closed only partially locking the arms of the V-clamps while leaving the edge of the cutting blade distanced from the center of the clamp and from the tube, and when the handles are pressed further to a cutting position, the locked V-clamp is pushed forward in the jaws simultaneously closing the jaws completely and bringing down the cutting blade.

Abstract: A novel umbilical cord clamp and a combined umbilical cord clamp and cutter are provided for clamping and cutting umbilical cords in one motion. The cutter comprises two shells joined by a longitudinal hinge. A transverse blade is mounted in one shell, and a cutting support is mounted in the other shell across from the blade. A clamping member is provided on one side of the blade as part of the cutter, and a removable clamp is provided on the other side of the blade. The umbilical cord to be cut is oriented generally parallel to the hinge and lying across the cutting support. As the shells of the cutter are closed, the umbilical cord is clamped on both sides of the blade, and the blade severs the umbilical cord in the same motion. After the cut is completed, the removable clamp is removed from the cutter, preferably revealing an aesthetically pleasing form such as the face of a koala bear.

Abstract: An umbilical cord closure device comprising an elongate strap (20) connected at one end of to fastening means (10), the strap (20) and fastening means (10) having co-operative means for engagement to form a tightenable loop for receiving an umbilical cord.

Abstract: An umbilical cord clamp cutter includes first and second handle portions including a grasping end and a cutting end. The cutting end includes a notch having a beveled cutting edge disposed proximate the terminus of the cutting end. A connector pivotably connects the handle portions between the grasping and cutting ends whereby the notches oppose one another. Movement of the grasping ends toward one another causes the cutting end notches to slide past one another capturing an umbilical cord clamp allowing the umbilical cord clamp to be cut.

Abstract: An umbilical cord cutter retainer comprises a main spanner, a force applying spanner pivotally installed to the main spanner, and a cutting structure inserted in the main spanner. A distal end of the main spanner has an inserting groove for being inserted by a cutting structure. Two front lateral sides of the main spanner have respective umbilical cord clips which have different colors and are detachable. Normally, the umbilical cord clips supports the force applying spanner so as to be expanded from the main spanner. A knife is inserted into the force applying spanner. A knife can be exactly inserted into a place between the two umbilical cord clips for cutting the umbilical cord between the two umbilical cord clips. Moreover, two ends of the inserting groove of the main spanner have guide grooves. Thereby, the cutting structure can be guided into the inserting groove of the main spanner easily.

Abstract: A device includes first and second clamps each having an upper arm and a lower arm, and a cutting blade attached to one of the clamps. According to the invention, the upper arms of the first and second clamps are each provided with an upper clamping surface, and a directing member having a deformable cord gripping surface. The lower arms of the first and second clamps are each provided with a lower clamping surface, and a cord gripping surface. The clamping surfaces function to occlude the flow of blood through cut ends of the cord after the cord is cut by the blade, while the cord gripping surfaces function to prevent cord slippage prior to clamping by the clamping surfaces. Preferred gripping surfaces include deformable foam or resilient strips provided with teeth.

Abstract: An umbilical cord cutter retainer comprises a main spanner, a force applying spanner pivotally installed to the main spanner, and a cutting structure inserted in the main spanner. A distal end of the main spanner has an inserting groove for being inserted by a cutting structure. Two front lateral sides of the main spanner have respective umbilical cord clips which have different colors and are detachable. Normally, the umbilical cord clips supports the force applying spanner so as to be expanded from the main spanner. A knife is inserted into the force applying spanner. A knife can be exactly inserted into a place between the two umbilical cord clips for cutting the umbilical cord between the two umbilical cord clips. Moreover, two ends of the inserting groove of the main spanner have guide grooves. Thereby, the cutting structure can be guided into the inserting groove of the main spanner easily.

Abstract: A PEG catheter is prevented from being infected. An infection preventive cover includes an elongated sheath having one opening end. The opening end is embroidered with a ligature at its circumferential section. A guide wired which is inserted through an abdominal wall into a stomach and which is then drawn out of an oral cavity is linked with a joint wire of a PEG catheter. Thereafter, the PEG catheter is covered with the infection preventive cover. The opening end of the sheath is tied up by the ligature. By pulling the guide wire on the abdomen wall side, the PEG catheter covered with the cover is delivered into the stomach. By pulling a cutting wire exposed through the abdomen wall, the ligature is cut off and the opening end of the cover is opened. Further in order to make it easy to close tightly and to loose an opening end, another infection preventive cover is provided.

Abstract: An umbilical cord cutting and clamping device includes a first and second clamps each having an upper arm and a lower arm, and a cutting blade attached to one of the clamps. According to the invention, the upper arms of the first and second clamps are each provided with an upper clamping surface, and a directing member having a deformable cord gripping surface. The lower arms of the first and second clamps are each provided with a lower clamping surface, and a cord gripping surface. The clamping surfaces function to occlude the flow of blood through cut ends of the cord after the cord is cut by the blade, while the cord gripping surfaces function to prevent cord slippage prior to clamping by the clamping surfaces. Preferred gripping surfaces include deformable foam or resilient strips provided with teeth.

Abstract: A locking umbilical cord clamp having a gender-identifying color and/or having a grasping portion to facilitate closing and locking the clamp on the remaining umbilical cord. Also included are methods relating to using a gender-identifying color on an umbilical cord clamp to facilitate gender and identity recognition.

Abstract: A medical knife assembly includes an outer clamp assembly and an inner clamp blade assembly having a cutting blade assembly. The inner and outer clamp assemblies are pivotally connected at about their proximate ends so they may be squeezed together with one hand to affect a novel method of clamping and cutting in a single motion operation. A set of shear pins holds the component parts of the inner and outer assemblies together in a ready position that enables a user to properly position the knife assembly for severing an umbilical cord at the time of birth. Once the umbilical cord is severed, the component parts of the inner and outer assemblies separate providing independent clamps, one staying with an infant segment of the umbilical cord and one staying with a maternal segment of the umbilical cord.

Abstract: A novel umbilical cord clamp and a combined umbilical cord clamp and cutter are provided for clamping and cutting umbilical cords in one motion. The cutter comprises two shells joined by a longitudinal hinge. A transverse blade is mounted in one shell, and a cutting support is mounted in the other shell across from the blade. A clamping member is provided on one side of the blade as part of the cutter, and a removable clamp is provided on the other side of the blade. The umbilical cord to be cut is oriented generally parallel to the hinge and lying across the cutting support. As the shells of the cutter are closed, the umbilical cord is clamped on both sides of the blade, and the blade severs the umbilical cord in the same motion. After the cut is completed, the removable clamp is removed from the cutter, preferably revealing an aesthetically pleasing form such as the face of a koala bear.

Abstract: An instrument for clamping and cutting an artificial or natural deformable tube capable of being clamped and severed by selectively moving between a first open position, an intermediate partly closed position and a cutting position including scissors members having handles and jaws pivotally coupled together on opposite sides of a pivot member, the jaws including a cutting blade and releasably holding an integrally hinged V clamp, the V clamp including two spread apart arms with ratcheted inner gripping surfaces connected by an arcuate hinge section, means for locking the arms together and means for releasably securing the clamp in the jaws. A cradle support is provided between handle and jaw near the pivot member, and means are provided on the scissors members to push the V clamp axially forward in the jaws, and the edge of the cutting blade is positioned in the jaw above the ratcheted surface of a clamp arm.

Abstract: A method and apparatus for assembling optical components and a substrate. A glass coating is located at the inner base between the optical component and the substrate. The assembly of the component, substrate and glass coating can be used in the field of imaging and in particular for endoscopy.

Abstract: A novel umbilical cord clamp and a combined umbilical cord clamp and cutter are provided for clamping and cutting umbilical cords in one motion. The cutter comprises two shells joined by a longitudinal hinge. A transverse blade is mounted in one shell, and a cutting support is mounted in the other shell across from the blade. A clamping member is provided on one side of the blade as part of the cutter, and a removable clamp is provided on the other side of the blade. The umbilical cord to be cut is oriented generally parallel to the hinge and lying across the cutting support. As the shells of the cutter are closed, the umbilical cord is clamped on both sides of the blade, and the blade severs the umbilical cord in the same motion. After the cut is completed, the removable clamp is removed from the cutter, preferably revealing an aesthetically pleasing form such as the face of a koala bear.

Abstract: An apparatus and method for collecting a large volume of blood from an umbilical cord in a sterile environment are shown and described. A housing having an inner region adapted to retain an umbilical cord in a desired location is provided, the housing having an opening through which the cord extends from the inner region of the housing to a region external to the housing. The cord is cut by a blade coupled to the housing, either by the motion of the blade from a first position to a second position, or by the movement of two portions of the housing from a first extended position to a second collapsed position. The newly cut end of the umbilical cord falls and hangs freely in the inner region of the housing, blood flowing from the placenta and umbilical cord via gravity into a blood collection region of the housing. The blood collection region may be flexible, and may be coupled to a conventional blood collection bag.

Abstract: A device for clamping and cutting an umbilical cord including a pair of differently colored clamps, each having a pair of legs joined at a hinge. A clamp holder including a cutting device supporting the clamps side by side with one another by engagement of flanged rails on the clamps in undercut slots of the clamp holder with the cutting device between them, for guiding the clamps in a sliding movement to advance the cutting desire between the clamps to cut a cord in use while compressing the legs of the clamps to clamp said cord. The clamp support disengaging from at least one of the clamps when the clamp is slid to a predetermined release point such that the clamp can be removed from the clamp holder in two directions each orthogonal to the direction of the sliding movement.

Abstract: An endoscopic stone extraction device includes a handle that supports a sheath, and a filament such as a wire slidably disposed in the sheath. One end of the wire is mounted to the handle for rotation with respect to the handle and the other end of the handle supports a stone extraction basket. A manipulator is provided on the wire to allow a user to rotate the filament and therefore the basket with respect to the handle. The basket can have a side-facing opening or a rear-facing opening. In either case, a stone retention region is provided with relatively small openings sized to retain stones smaller than two millimeters in diameter. A collapsible rake is disclosed which facilitates the collection and extraction of stone fragments.

Abstract: An umbilical cord clamp and cutter assembly with an integral cutting blade. A housing is provided which incorporates a blade, and the housing has removably inserted therein a double clamp in which two clamps are connected by at least one connecting strip. Upon closure of the housing, the double clamp is closed and then the blade becomes engaged and severs the connection between the two clamps. Thus, in one simple one-handed motion, two clamps are closed, and only then the umbilical cord is severed and the clamps are separated in a safe, simple and quick fashion. The motion of closure is similar to other traditional clamps on the market, such that it is easily learned by the user. The two-piece construction simplifies the manufacturing, requiring only the insertion of the double clamp into the housing in a simple motion. The blade is positioned so as to leave minimal tissue after the clamp so as to minimize the opportunity for infection.

Abstract: An apparatus and method for collecting a large volume of blood from an umbilical cord in a sterile environment are shown and described. A housing having an inner region adapted to retain an umbilical cord in a desired location is provided, the housing having an opening through which the cord extends from the inner region of the housing to a region external to the housing. The cord is cut by a blade coupled to the housing, either by the motion of the blade from a first position to a second position, or by the movement of two portions of the housing from a first extended position to a second collapsed position. The newly cut end of the umbilical cord falls and hangs freely in the inner region of the housing, blood flowing from the placenta and umbilical cord via gravity into a blood collection region of the housing. The blood collection region may be flexible, and may be coupled to a conventional blood collection bag.

Abstract: A safety identification assembly for use in neonatology comprising identifying sub-assemblies detachably connected to each other and capable of being easily and manually detached in a delivery room immediately upon the baby delivery, wherein the sub-assemblies are used for identifying the mother and her baby or babies and for closing umbilical cord ends when the cord is out into two sections, one section of the cord remaining joined to the baby and the other section remaining joined to the placenta's mother. A method for identifying a baby and his/her mother in a delivery room is also provided.

Abstract: A U-shaped surgical clip having two arms is provided. The arms are connected to one another via a deformable web. In order firstly to increase the application safety and secondly to simplify application, it is proposed that, via the junction point of the arms with the web, the arms comprise rearwardly projecting extensions. Interacting catches are disposed at these extensions and/or at the deformable web. The catches fix the extensions to one another and/or fix the web to these extensions when the web is deformed upon the compression of the arms and is forced against the extensions.

Abstract: An apparatus and method for collecting a large volume of blood from an umbilical cord in a sterile environment are shown and described. A housing having an inner region adapted to retain an umbilical cord in a desired location is provided, the housing having an opening through which the cord extends from the inner region of the housing to a region external to the housing. The cord is cut by a blade coupled to the housing, either by the motion of the blade from a first position to a second position, or by the movement of two portions of the housing from a first extended position to a second collapsed position. The newly cut end of the umbilical cord falls and hangs freely in the inner region of the housing, blood flowing from the placenta and umbilical cord via gravity into a blood collection region of the housing. The blood collection region may be flexible, and may be coupled to a conventional blood collection bag.

Abstract: An umbilical cord blood extractor includes a lower tray for receiving the cord and an upper lid for squeezing the cord. The lower tray and upper lid are preferably couplable at one end at pivot locations or a hinge. The lower tray is provided with a longitudinal trough and a distal blood reservoir for collecting blood. The trough is closed at its proximal end and opens into the reservoir at its distal end. A blood collection needle is preferably provided in the lower tray at a lower portion of the reservoir. The upper lid is formed with a preferably proximally to distally tapered, longitudinal protrusion (plunger) sized such that when the upper lid is rotated toward the lower tray, on the pivots or at the hinge, the plunger enters into the trough and squeezes a section of umbilical cord located therein.

Abstract: An umbilical cord cutting and clamping device includes a pair of opposed jaws with a blade mounted in one jaw, and the other jaw has teeth spaced along the inner surface for grasping the umbilical cord. The jaw carrying the blade include two grasping teeth on each side of the blade and at its inner end, so that the upper surface can be smoothly cut as the device is closed secondary to flattening the cord.

Abstract: An apparatus and method for collecting a large volume of blood from an umbilical cord in a sterile environment are shown and described. A housing having an inner region adapted to retain an umbilical cord in a desired location is provided, the housing having an opening through which the cord extends from the inner region of the housing to a region external to the housing. The cord is cut by a blade coupled to the housing, either by the motion of the blade from a first position to a second position, or by the movement of two portions of the housing from a first extended position to a second collapsed position. The newly cut end of the umbilical cord falls and hangs freely in the inner region of the housing, blood flowing from the placenta and umbilical cord via gravity into a blood collection region of the housing. The blood collection region may be flexible, and may be coupled to a conventional blood collection bag.

Abstract: A cervical clamp for preventing reflux of a fluid medium such as carbon dioxide or a saline solution injected into a uterus. The clamp has a plurality of outwardly bowed, flexible fingers for gripping a cervix. The fingers operate between an open finger position for receiving the cervix and a closed finger position for grasping the cervix and radially compressing it against a sheath in the cervical canal through which the fluid medium is injected into the uterus.

Abstract: A device and method are provided for clamping and severing a compressible structure containing a fluid. A clamp having a pair of arms is secured in a clamped position about the structure so that the fluid between the arms is forced outward therefrom. A cutting assembly coupled to the clamp cuts through the pair of arms while in the clamped position to form first and second separated clamps that remain in the clamped position. As a result, the structure is severed and clamped without fluid discharge.

Abstract: An improved disposable device for squeezing and cutting an umbilical cord comprising at least one clamp (1) having two legs interconnected by a hinge, said legs being supported in recesses of a holder (5). The holder further includes a knife (8). The umbilical cord is squeezed and cut when the holder is shifted along the clamp.

Abstract: A unitary clamp integrally structured from two U-shaped members respectively disposed one from the other by an interjoining web between proximate arms of each U-shaped member, distal ends of each member having latching means mechanism so as to latch, simultaneously, both U-shaped members into a closed position and the interjoining web sheets spacially disposing each U-shaped member into adjacent closing engagement about an umbilical cord. The web sheets are cut by a pair of scissors to sever the cord and one of the U-shaped clamp members is thus attached to the umbilical cord attached to the abdomen of an infant while the other to the umbilical cord connected to the placenta. On voiding of the placenta, the latter is discarded. When healing of the umbilical cord to the infant is achieved, that clamp member may be removed or discarded.

Abstract: The present invention is directed to a hemostat used in performing infant male circumcisions. The hemostat has a small beaded tip which prevents or limits the possibility of causing an accidental injury. Less trauma is caused during surgery due to the use of the smooth, rounded tip of the invention.

Abstract: Umbilical surgical scissors to cut and clamp the umbilical cord following birth comprising a scissor assembly including a first and second scissor member selectively movable between a first and second position relative to each other having a clamping assembly detachably mounted thereon by a clamp assembly holder, the clamping assembly comprises a pair of clamping clips each including a first and second clamping element movable between a normally open position and a closed clamping position such that when the first and second scissor members are moved from the first position to the second position the umbilical cord is severed and the responding first and second clamping elements clamp the umbilical cord therebetween.

Abstract: The present invention provides umbilical cord clamps that comprise two or more different colors at the distal end of each of the elongated arms of the clamps. The colors are complementary to each other so that, when combined, they create a third color.

Abstract: An apparatus and method for collecting a large volume of blood from an umbilical cord in a sterile environment are shown and described. A housing having an inner region adapted to retain an umbilical cord in a desired location is provided, the housing having an opening through which the cord extends from the inner region of the housing to a region external to the housing. The cord is cut by a blade coupled to the housing, either by the motion of the blade from a first position to a second position, or by the movement of two portions of the housing from a first extended position to a second collapsed position. The newly cut end of the umbilical cord falls and hangs freely in the inner region of the housing, blood flowing from the placenta and umbilical cord via gravity into a blood collection region of the housing. The blood collection region may be flexible, and may be coupled to a conventional blood collection bag.

Abstract: An umbilical cord cutting and clamping device includes two clamps abutted in a side-by-side relation and a blade connected to an arm of one of the clamps and positioned between the two clamps. Both clamps have an upper arm and a lower arm, and a hinge coupling the proximal ends of the upper and lower arms. The clamps are held in relative position by frictional engagement and by a latch means which is automatically disengaged when the clamps are moved into a closed position. Both the upper and lower arms include clamping surfaces for clamping the umbilical cord. The proximal end of one of the clamping surfaces is provide with a retention tab which retains the umbilical cord between the clamping surfaces; i.e., the tab prevents the cord from migrating proximally off the clamping surfaces and into the hinge area.

Abstract: An umbilical cord blood extractor broadly includes means for receiving the cord, means for squeezing the cord, and preferably means for collecting the blood from the cord. In a preferred embodiment, the umbilical cord blood extractor includes a lower tray for receiving the cord and an upper lid for squeezing the cord, each having a hinged end and a free end. The lower tray and upper lid are connected by a live hinge at their respective hinged ends. The lower tray is further provided with a longitudinal trough and a distal blood reservoir for collecting blood. The trough is closed at its proximal end and opens into the reservoir at its distal end. The lower tray is preferably provided with lateral longitudinal legs which preferably taper in height. A blood collection needle is preferably provided in the lower tray at a lower portion of the reservoir.

Abstract: A surgical clip has a resilient pad in a recess in one face and a hinged tongue on the other face, which face preferably presents no acute edge. The provision of a pad on only one face is found to produce a surprising improvement in effectiveness of the clip. In addition, the pad may be thicker and may be placed in a recess in one jaw, which can simplify manufacture while reducing the overall size of the clip.

Abstract: A multifunctional spring clip for use in endoscopic and open operative procedures includes a body having opposed portions and a base connecting the opposed portions. Each opposed portion includes an outer segment and an inner segment connected to the outer segment and carrying a grasping surface. The clip is normally disposed in a grasping position wherein the grasping surfaces are biased toward one another, is movable from the grasping position to a receiving position wherein the grasping surfaces are moved away from one another to receive a structure therebetween and is movable from the receiving position toward the grasping position due to the bias to grasp the structure between the grasping surfaces. An applicator for the multifunctional spring clip includes a distal end carrying forceps for engaging the opposed portions of the clip.

Abstract: A detaching tool for a tube for medical treatment includes a body for gripping which has generally a U-shape and is resiliently deformable in an opening-closing direction in a bent portion. A separating member is separably disposed inside the body and the separating member generally forms a C-shape and is adapted to be pressed and closed by the body for gripping when the body for gripping is closed. A tube inserting portion is formed in the body and the separating member so that a tube for medical treatment may be inserted and held therein. First and second stream stopping portions are provided at a corresponding location inside the body and a corresponding location inside the separating member so as to press the pertinent portion of the tube and stop a stream inside the tube when the body is closed. First and second holding portions are provided on the body and the separating member so as to maintain the stream stopping states of the first and second stream stopping portions when the body is closed.

Abstract: An obstetrical combined disinfectant, clamp, cutter and containment system for umbilical cords, being housed in a comprehensive unit and having increased efficiency in the area of motion saving and exposure to infectious organisms during the birthing process and when exposure to infectious organisms is undesirable. A housing contains three umbilical clamps as part of the overall housing of the unit and two pair of serrated, cutting blades incorporated into the housing by way of bonding to the housing structure of the unit. After the baby's umbilical cord is placed horizontally in the unit, the disinfectant makes contact with the cutting sites of the umbilical cord, followed by the closing of the unit, simultaneously clamping and cutting the cord, whereafter the unit is twisted at the perforated midpoint, separating the fetal umbilical stump from the maternal end of the umbilical cord.

Abstract: A clamping device for securing a pair of clamps to the umbilical cord of a newly born infant includes pressure plates to remove blood from the section of the cord between the clamps. Thus, there is a greatly reduced risk of infection from blood squirting out upon the cutting of the cord during delivery of the infant.

Abstract: A device which comprises a wrist clamp which incorporates an adjustable tension screw in order to affix the clamp securely to a patient's wrist, an adjustable compression screw and pad which allows one to apply sufficient pressure to the arterial incision in order to affect adequate closure thereof while the patient's blood is coagulating, until hemostasis, after which the device may be safely removed.

Abstract: An improved disposable device for squeezing and cutting an umbilical cord comprising at least one clamp (1) having two legs interconnected by a hinge, said legs being supported in recesses of a holder (5). The holder further includes a knife (8). The umbilical cord is squeezed and cut when the holder is shifted along the clamp.

Abstract: An umbilical cord blood collection device includes a base defining a collection surface for receiving and supporting a segment of an umbilical cord, in communication with a placenta, from which blood is to be collected. The base, in at least a region including the collection surface, is resistant to penetration by a blood collection needle. A clamp is mounted at a first end region of the collection surface for clamping engagement across the umbilical cord supported upon the collection surface. A securement strap is disposed in an opposite, second end region of the collection surface for securing engagement with the umbilical cord. A malleable arm has a first end mounted to the base and a second, free end supporting a blood collection needle. A method for collection of umbilical cord blood is also described.

Abstract: A disposable umbilical clamp and cutter (10) for clamping a newly born infants umbilical cord in two places, then cutting the cord in between the two clamps (12,14). The clamps are separated and the infant retains its clamp (14) for a short period of time. The clamping surfaces (22) are formed in symmetrical upper (16) and lower (18) halves that rotate about a fold (20) of joining material. Each pair of halves form an enclosed cylinder around the centered umbilical cord when the clamps are closed. Break away connections (24) between the clamps keep them in a semi-rigid, side-by-side arrangement. The clamps are individually closed by putting pressure on two thumb rests (26,28), and opposing pressure with fingers on the lower halves (18), until latches (44) mate with corresponding latch stops (46). Clamps are clearly marked for use on the baby side (14) or the maternal side (12). A `V`-shaped blade (30) is located inside a vertical channel (32) in the maternal clamp (12).

Abstract: A disposal device for clamping, cutting and taking blood samples from an unbilical cord of a newly born infant. When the device is closed around an umbilical cord the cord is compressed and two separate pairs of clamping jaws are locked onto the cord. Further compression of the device severs the cord between two clamps and ejects the clamp which retains the infant's end of the unbilical cord. The jaws holding the mother's end of the cord can be opened enough to allow blood samples to be taken while still holding the cord firmly. The present invention comprises a double jaw clamping mechanism which incorporates a releasable locking means, a double jaw fetal end cord clamp which separates from the body of the device and remains locked to the fetal end of the cord, and a hinged holder containing a blade for severing the cord.

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 obstetric scissors for clamping and severing an umbilical cord in a simplified manner is provided. Also, a method for severing an umbilical cord after clamping the umbilical cord with clamps is provided. The method provided severs an umbilical cord using an obstetric scissors having a pair of handles for actuating a pair of mounted clamps and cutting edges at an end thereof.