detailed descriptions of one or more preferred embodiments are provided herein . it is to be understood , however , that the present invention may be embodied in various forms . therefore , specific details disclosed herein are not to be interpreted as limiting , but rather as a basis for the claims and as a representative basis for teaching one skilled in the art to employ the present invention in any appropriate manner . the present invention encompasses three embodiments of a combined umbilical cord clamp , cutter , disinfectant , and data collecting system to be used in developing nations ( fig1 , fig2 , fig3 , fig4 , fig5 , fig6 , fig7 , fig8 , and fig9 ). in the first embodiment illustrated in fig1 , 2 , 3 , and 4 , two symmetric units composed of a sufficiently hard plastic material to cut umbilical tissue and embedded with an rfid chip fit together and form a thin , oval shape ( 1 ). this guides the umbilical tissue to the center of the device , producing an even cutting motion as the device is being closed . the use of two identical units allows the orientation of the device to be irrelevant during use . each unit has a saw - toothed chamfered cutting blade with the largest blade in the center to allow the largest cut to be made in the center of the umbilical cord ( 2 ). the chamfered edges of the blade provide shearing strength , thereby allowing the blade to be manufactured in the same hard plastic as the rest of the device ( 1 ). once closed , the chamfered edge produces a seal , preventing the umbilical cord from being exposed to the environment . the blades of the symmetric units are flush with one another when the units are together , creating a single cutting site along the umbilical cord . each unit also has a clamp ( 3 ) with small , curved saw - toothed edges . once closed , these edges form a tight seal around the umbilical cord tissue to stop the flow of blood . unlike the cutting blade ( 2 ), the teeth of the clamp are dulled in order to securely clamp the cord without severing it . an ergonomically designed handle - grip ( 4 ) flares out from the curve of the symmetric units ( 1 ). the placement of the handle gives the user extra leverage during the cutting stroke to ensure that the umbilical cord is completely severed . it also provides an obvious gripping point ; the shape of the handle allows the user &# 39 ; s thumb to rest in the curved portion on one side and the user &# 39 ; s index finger to rest in the curved portion on the other side . each unit has a barrel hinge , allowing the device to be manufactured as two symmetric parts ( 5 ). the two hinges of the symmetric units are in parallel to provide a single axis of rotation for a smooth cutting motion . the ratchet - locking system ( 6 ) is incorporated with the barrel hinge ( 5 ). once closure of the device begins , the ratchet - locking system prevents the symmetric units from being reopened after use . with each small movement toward closing the device , successive ratchet locks will take hold and prevent the device from being opened wider than the current position . this is important because reopening would nullify many of the safety and disinfectant features of the device . the press fit extrusions ( 7 ) temporarily hold the two symmetric units together until the umbilical cord has been severed . after cutting , the units are pulled apart to form separate entities , and one unit remains attached to the infant until the stump of the umbilical cord atrophies and falls off . the symmetric units contain a small disinfectant packet located between the two blades ( 8 ). in one motion , the blade travels through the packet , severing the cord and releasing the contents onto the severed end of the umbilical cord . the hook - locking mechanism ensures the device does not reopen once the cutting motion is complete ( 9 ). this feature is a failsafe for the ratchet lock ( 6 ), and together , the two features comprise a tamper - proof locking system . in the second embodiment illustrated in fig5 and 6 , two symmetric units composed of a sufficiently hard plastic material to cut umbilical tissue embedded with an rfid chip fit together to form a thin , s - curved shape ( 21 ). this guides the umbilical tissue to the center of the device , producing an even cutting motion as the device is being closed . the use of two identical units allows the orientation of the device to be irrelevant during use . each unit has a saw - toothed chamfered cutting blade with a semi - circular shape to allow for an even cutting motion ( 22 ). the chamfered edges of the blade provide shearing strength , thereby allowing the blade to be manufactured in the same hard plastic as the rest of the device ( 21 ). once closed , the chamfered edge produces a seal , preventing the umbilical cord from being exposed to the environment . the blades of the symmetric units are flush with one another , creating a single cutting site along the umbilical cord . each unit also has a clamp ( 23 ) with small saw - toothed edges . once closed , these edges form a tight seal around the umbilical cord tissue to stop the flow of blood . unlike the cutting blade ( 22 ), the teeth of the clamp are dulled in order to securely clamp the cord without severing it . an ergonomically designed handle ( 24 ) is formed by the s - curved shape of the two symmetric units ( 21 ). the placement of the handle gives the user extra leverage at the end of the cutting stroke to ensure that the umbilical cord is completely severed . it also provides an obvious gripping point ; the shape of the handle allows the user &# 39 ; s thumb to rest in the curved portion on one side and the user &# 39 ; s index finger to rest in the curved portion on the other side . each unit has a barrel hinge , allowing the device to be manufactured as two symmetric parts ( 25 ). the two hinges of the symmetric units are in parallel to provide a single axis of rotation for a smooth cutting motion . the ratchet - locking system ( 26 ) is incorporated with the barrel hinge ( 25 ). once closure of the device begins , the ratchet - locking system prevents the symmetric units from being reopened after use . with each small movement toward closing the device , successive ratchet locks will take hold and prevent the device from being opened wider than the current position . this is important because reopening would nullify many of the safety and disinfectant features of the device . the press fit extrusions ( 27 ) temporarily hold the two symmetric units together until the umbilical cord has been severed . after cutting , the units are pulled apart to form separate entities , and one unit remains attached to the infant until the stump of the umbilical cord atrophies and falls off . the symmetric units contain a small reservoir , providing space for a disinfectant packet ( 28 ). in one motion , the blade travels through the packet during the cutting motion , releasing the contents onto the severed end of the umbilical cord . in the third embodiment illustrated in fig7 , 8 and 9 , two symmetric units composed of a sufficiently hard plastic material to cut umbilical tissue embedded with an rfid chip fit together and form an oval shape ( 31 ). this guides the umbilical tissue to the center of the device , producing an even cutting motion as the device is being closed . the use of two identical units allows the orientation of the device to be irrelevant during use . each unit has a saw - toothed chamfered cutting blade with a semi - circular shape to allow for an even cutting motion ( 32 ). the chamfered edges of the blade provide shearing strength , thereby allowing the blade to be manufactured in the same hard plastic as the rest of the device ( 31 ). once closed , the edge of each unit produces a seal , preventing the umbilical cord from being exposed to the environment . each blade is completely enclosed by its respective symmetric unit ; therefore , there are two cutting sites along the umbilical cord . each unit also has a clamp ( 33 ) with small saw - toothed edges . once closed , these edges form a tight seal around the umbilical cord tissue to stop the flow of blood . unlike the cutting blade ( 32 ), the teeth of the clamp are dulled in order to securely clamp the cord without severing it . a separate ergonomically designed handle forms an s - curved shape around the two symmetric units ( 34 ). the placement of the handle gives the user extra leverage at the end of the cutting stroke to ensure that the umbilical cord is completely severed . it also provides an obvious gripping point ; the shape of the handle allows the user &# 39 ; s thumb to rest in the curved portion on one side and the user &# 39 ; s index finger to rest in the curved portion on the other side . the separate handle also provides added protection from umbilical blood that could leak through the space between the symmetric units ( 31 ). each unit has a barrel hinge to reduce the number of manufacturing parts ( 35 ). the two hinges of the symmetric units and the hinge of the handled holder are all in parallel to provide a single axis of rotation for a smooth cutting motion . the hook locking system ensures the device does not reopen once the cutting motion is complete ( 36 ). this is important because reopening would nullify many of the safety and disinfectant features of the device . four flared locking bars allow the two symmetric units to slide out of the handled holder ( 37 ). after cutting , the units are pulled apart to form separate entities , and one unit remains attached to the infant until the stump of the umbilical cord atrophies and falls off . the symmetric units contain a small reservoir , providing space for a disinfectant packet ( 38 ). in one motion , the blade travels through the packet during the cutting motion , releasing the contents onto the severed end of the umbilical cord . the following is a list of reference numerals for fig1 , 2 , 3 and 4 : 7 press fit extrusions to temporarily hold two units together the following is a list of reference numerals for fig5 and 6 : 27 press fit extrusions to temporarily hold two units together the following is a list of reference numerals for fig7 , 8 and 9 : 37 four flared locking bars to connect units to handled holder it will be understood that each of the elements described above , or two or more together may also find a useful application in other types of methods differing from the type described above . without further analysis , the foregoing will so fully reveal the gist of the present invention that others can , by applying current knowledge , readily adapt it for various applications without omitting features that , from the standpoint of prior art , fairly constitute essential characteristics of the generic or specific aspects of this invention set forth in the appended claims . the foregoing embodiments are presented by way of example only ; the scope of the present invention is to be limited only by the following claims .
provided is a combined umbilical cord clamp , cutter , disinfectant , and data collecting system which reduces the risk of cord infections due to unsanitary birth conditions . also provided is an identification system which aids in the collection of birth statistics .