Umbilical cord clamp apparatus

An improved umbilical cord clipper apparatus constructed of non-metallic material having a base portion and a top portion movable between open and closed positions in relation to one another via a loop hinge on their common end portion. The apparatus further comprises first and second recesses in the base and top portion for positioning of an umbilical clamp of the type which would incorporate a pair of elongated arms and a loop portion as disclosed in U.S. Pat. No. 3,854,482. The pair of clamps are positioned with a space therebetween, so that a blade member housed in the floor of the base portion, flies intermediate the two clamp members positioned therein. Further, there is provided a pair of flexing members within the hinged loop so that the clamp when in position within the base of the apparatus are engaged the bias of the members.

BACKGROUND OF THE INVENTION: 
1. Field of the Invention: 
The apparatus of the present invention relates to clamps. More 
particularly, the present invention relates to an apparatus for housing a 
pair of umbilical clamps, the housing having a movable blade between the 
clamps, so that the clamps may clamp portions of the umbilical cord and 
simultaneously the blade will sever the end of the cord intermediate the 
clamps in a single step. 
2. General Background: 
In the science of the delivery of babies, following the removal of the baby 
from the mother, it is necessary that the umbilical cord, through which 
the baby is receiving its blood supply and nutrients from the mother, is 
severed, and the loss of blood from the cord be interrupted. Therefore, in 
the present state of the art, this procedure is basically accomplished in 
three steps. First, the cord is clamped with two separate clamps, with a 
space between the clamps, and the third step is that the cord is then 
severed. Therefore, no blood is lost either from the baby nor from the 
mother's placenta, and the baby's cord is then permanently tied off, and 
the placenta is then removed from the mother to prevent any further loss 
of blood. 
Practice has it that this obstetric procedure during the delivery of the 
baby is somewhat time consuming, and may be simplified. It would therefore 
be beneficial to the servicing physician, that following the delivery of 
the baby, that there be an instrument which would enable the physician to 
quickly clamp and cut the cord through perhaps a single step, which would 
eliminate any of the unnecessary steps which are now undertaken. 
In addressing the question of this type, several patents have been issued, 
the most pertinent being as follows: 
U.S. Pat. No. 3,315,679 issued to Sarracino, entitled "Umbilical Cord 
Clamp", simply teaches the use of a single clamp which provides jaw faces 
on which faces are formed complementary, serrated, angulated surfaces. A 
spring or the like is provided for resiliently biasing the surfaces toward 
one another in engagement with the umbilical stump. 
U.S. Pat. No. 3,040,749 issued to Paten, entitled "Umbilical Cord Clamp", 
likewise provides an expendable and disposable umbilical cord clamp 
apparatus which has generally parallel clamping members when the clamp is 
closed, and has a permanently lock that can not be released following the 
closing of the clamp. 
U.S. Pat. No. 2,307,377 issued to Riccardi, entitled "Umbilical Clip", also 
teaches the use of a clip which can be placed upon a pair of forceps or 
the like, and upon engaging the clamping member in locking the clamp in 
place, the forceps are removed and the clamp remains on the umbilical 
cord. 
U.S. Pat. No. 2,626,608 issued to Garland, entitled "Clamp For Umbilical 
Cords Or The Like", likewise teaches the use of a clamp which can be place 
upon a pair of pliers and once engaged, the plyer member bend into a 
position that remains in the clamped position during use. 
U.S. Pat. No. 3,705,586 issued to Sarracino, entitled "Umbilical Cord 
Clamp", addresses the use of an umbilical clamp having serrated edges that 
because of the edges and the inner locking of the clamp will remain in 
place over a period of days. 
U.S. Pat. No. 1,710,766 issued to Dilworth, entitled "Umbilical Cord", 
relates to an umbilical clamp which is slipped onto the umbilical cord and 
is clamp into place while simultaneously severing the umbilical cord at 
the joint of clamping. 
U.S. Pat. No. 1,843,652 issued to Taylor, entitled "Umbilical Cord Clamp", 
in which two pieces of sheet metal or pivoted on one another being held 
flatly in place by means of a pivotal pin. Each of the pieces of metal 
having a cut out which constitutes jaws of the clamp and effects closure 
of the cut joint opening which exists when the cut outs overlay one 
another. 
U.S. Pat. No. 2,498,372 issued to Kortlucke, Jr., et al, entitled Clamping 
Device", also teaches the use of a clamp of the type that has serrated 
edges and closes upon the item to be clamped with it locking in place 
around the second end portion. 
U.S. Pat. No. 2,434,831 issued to Brandenburg, entitled "Umbilical Clip And 
Holder For Same", teaches the use of an umbilical clip which is placed in 
position on a pair of forceps; after clamping takes places the forceps are 
removed therefrom with the clamp being maintained in the closed position. 
U.S. Pat. No. 2,524,377 to Whittaker, entitled "Umbilical Clamp And 
Cutter", to a clamp for simultaneously clamping the umbilical at two 
spaced points in cutting the cord between the points. 
U.S. Pat. No. 3,854,482 to Laugherty, et al, entitled "Umbilical Cord 
Clamp", the use of an umbilical cord clamp made of non-metallic material 
with a pair of elongated arms joined at a loop and a locking means on the 
second hand for clamp in the closed position following clamping cord. 
SUMMARY OF THE PRESENT INVENTION: 
The apparatus of the present invention is an improvement over the umbilical 
cord clamp apparatus as disclosed and claimed in U.S. patent application, 
Ser. No. 909,883, filed by the same inventor. What is provided is an 
improved umbilical cord clamp apparatus constructed of non-metallic 
material having a base portion and a top portion movable between open and 
closed positions in relation to one another via a hinge on their common 
end portion. The apparatus further comprises first and second recesses in 
the base and top portion for positioning of an umbilical clamp of the type 
which would incorporate a pair of elongated arms and a loop portion as 
disclosed, as disclosed in U.S. Pat. No. 3,854,482, with the clamps 
automatically locked closed when placed in the closed position. The pair 
of clamps are positioned with a space there between, so that a blade 
member movably housed in the upper portion of the holder, a traveler 
intermediate the two clamp members positioned there. Further, there is 
provided a locking member on the front portion of the holder to lock the 
holder in the closed position while the clamps have engaged the umbilical 
cord. In use, the umbilical cord is positioned within the space between 
the upper and lower portions of the apparatus, the apparatus is moved to 
the closed position and locked closed, thus locking the umbilical clamps 
closed. Simultaneously, the blade member is moved forward in its track by 
the thumb and severs the umbilical cord. As the blade travels further, the 
blade engages the button which makes contact with the locking mechanism of 
the apparatus and allows the apparatus to return to the open position, 
with the clamps being maintained locked in the closed position. There is 
further included a holder on the lower base of the apparatus wherein the 
index finger is inserted therethrough so that when the apparatus is 
returned to the open position, the apparatus is retrieved from the clamps 
and the clamps are maintained on the severed umbilical cord.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT: 
FIGS. 1-21 illustrate by the numeral 10 the preferred embodiment of the 
apparatus of the present invention. However, prior to a discussion of the 
apparatus as viewed in the FIGURES, reference shall be made to FIGS. 2-5 
which represent views of a modified clamp apparatus which is utilized in 
conjunction with the apparatus 10 of the present invention. 
As seen in FIGS. 2-5, there is illustrated a clamp apparatus 12 constructed 
in such a manner as to have a base portion 14, an upper portion 16, the 
base portion 14 and upper portion 16 hingedly attached through rear ring 
hinge 18, and being integrally attached thereto so that clamp 12 is 
normally in the open position as seen in phantom view in FIG. 3. Clamp 12 
would have a plurality of teeth members 20 on the upper and lower faces 
respectively of the upper portion 16 and base portion 14, so that in the 
closed position as seen in FIG. 3, teeth members 20 mesh to form a 
continuous locking arrangement 22, as seen in FIG. 3. In order to maintain 
the clamp apparatus in the closed position there is provided a locking 
means 24 which includes, on its base portion 14, an overlapping tooth 
member 26 which engages a shoulder portion 28 in the upper portion 16, so 
that mechanism 12 is locked in the closed position. Structurally, clamp 12 
provides an upper rib member 30 and a lower rib member 32, the upper rib 
member 30 and lower rib member 32 insertable into apparatus 10 as will be 
discussed further, with the upper and lower rib members including a pair 
of locking recesses 34 in the side walls of each upper and lower rib 
members 30 and 32, recesses 34 accommodating tabs on the body of apparatus 
10 to maintain clamp 12 in position as will be seen further. For purposes 
of use of course, clamp 12 is a typical umbilical clamp, although modified 
for particular use in conjunction with apparatus 10, which is utilized in 
clamping off of the umbilical cord 11 as seen in FIG. 1, after the baby 
has been removed from the womb, and the cord must be severed. 
In the present state of the art, as was discussed earlier, a pair of clamps 
12 are locked into position around umbilical cord 11, and a surgical knife 
or the like severs umbilical cord 11 intermediate the pair of clamps 12, 
so that bleeding does not occur either from the mother's side or the 
baby's side of the umbilical cord. Apparatus 10 is constructed so as to 
accommodate a pair of clamps 12 and a cutting assembly situated 
intermediate the clamps 12 so that the clamps 12 can be locked into 
position and the umbilical cord severed in a single motion by the doctor, 
and upon opening, apparatus 10 can be removed from the cord with the 
clamps 12 in locked position, thus eliminating the cumbersome and time 
consuming steps of individually clamping each clamp and severing the cord 
therebetween. 
Turning now to the apparatus 10 as was discussed in the previous paragraph, 
in FIG. 1 there is illustrated apparatus 10 in the locked position around 
umbilical cord 11, with apparatus 10 housing a pair of clamps 12 as is 
illustrated having been removed for illustrative purposes, but in use, as 
seen in FIGS. 19 and 20, clamps 12 would be positioned within apparatus 10 
at this point. 
As seen in the FIGURES, apparatus 10 includes a generally rectangular base 
portion 40, an upper hingedly attached upper portion 42, which likewise is 
rectangular in shape, and for the most part so that in the closed position 
base portion 40 and upper portion 42 match to form the singular closed 
apparatus as seen in FIG. 1. 
Further, base portion 40 includes a pair of channels 44 and 46 running 
substantially along its length, a pair of channels therefore accommodating 
the lower rib portion 32 of a clamp 12 to lock it into position with tabs 
48 as illustrated in the FIGURES locking inter-recesses 34 in the upper 
and lower rib portions 30 and 32 respectively in the apparatus of clamp 
12, so that the upper and lower portions 14 and 16 are locked into 
position as seen in the FIG. 19. Likewise, upper portion 42 also has a 
pair of channels 48 which coincide with the lower channels 48 and base 
portion 40, so that the upper rib 30 of upper portion 16 of clamp 12 are 
likewise locked into position via tabs 48 for the same reason as explained 
earlier. 
As seen in side view, base portion 40 an upper portion 42 are connectedly 
engaged in their portions 50 via a hinge member 52, which includes an 
integral clasping hinge 54 standing between base portion 40 and upper 
portion 42, for accommodating free movement of base portion 40 and upper 
portion 42 between open and closed positions as seen in FIGS. 19 and 20. 
As seen in the underside view in FIG. 8, the upper face of upper portion 
42 and the lower face of lower portion 40 as seen in FIG. 8, include a 
means for engaging both a means 56 which comprises a series of ribbed 
members for gripping the upper and lower portions as the apparatus is 
manipulated in use. 
Following the positioning of a pair of clamp members 12, within apparatus 
10 as seen more clearly in FIGS. 19 and 20, another most important feature 
of the apparatus 10 is the accommodations of the cutting assembly 60 as 
seen in full view in FIG. 13. As seen in the FIGS. 11-15 in cutting 
assembly 60 is illustrated independent of the apparatus 10. A discussion 
will be had thereafter of the mounting of cutting assembly 60 within 
apparatus 10 in its functioning thereof. However, turning now to cutting 
means 60 as viewed in the FIGURES, cutting means 60 would include an upper 
principal housing 62 having an upper face portion 64 and a gripping 
portion 66 with a placement of one's thumb or the like during the cutting 
action. Further, housing 62 has a lower face portion 68 with attached 
thereto a mounting assembly 70 which includes a narrowed neck portion 72 
which would be slidably engaged in the base of apparatus 10 that will be 
discussed further. Further there is included a lower most shoulder portion 
74 which maintains a cutting assembly 60 within a channel in the base 
portion of apparatus 10, during the cutting action. Cutting assembly 60 
further includes a surgical blade member 76 which could be injection 
molded or the like into the body portion 62 of assembly 60, the sharpened 
cutting portion 78 extruding from the lower mounting portion 70, blade 78 
slidably movable between front and rear positions along apparatus 10 as 
will be discussed further. 
Turning now to the mounting of blade assembly 60 within apparatus 10, the 
upper portion 42 of apparatus 10 includes a centrally located channel 80, 
running upon its length, accommodating neck portion 72 therewithin, with 
the lower most blade portion 78 extruding from the underside of upper 
housing 42 as seen in FIGS. 19 and 20. In the closed position, blade 
portion 78 would extrude to a point below the upper face of base portion 
40. Therefore, base portion 40 includes a narrow channel 82 for 
accommodating the blade 78 as it slides from the first rear position as 
seen in FIG. 19 to the forward position as seen in FIG. 20 in the 
direction of Arrow 84. Therefore, in the movement of the assembly 60 while 
the apparatus is in the closed position, blade 78 would come into contact 
with umbilical cord 11 clampedly engaged in the clamp members 12 as seen 
in FIG. 19, and would sever umbilical cord 11 during the movement from the 
rear position as seen in FIG. 19 to the forward position as seen in FIG. 
20. 
An additional feature of the present invention, is the ability of apparatus 
10 to become locked into the closed position as seen in FIG. 19. As was 
discussed earlier, in the structure of clamp 12, clamp 12 included a 
locking means 24 on its forward end whereby clamp 12 would be locked into 
the closed position as seen in FIGS. 3 and 19. In addition, apparatus 10 
would likewise be locked into position via a pair of locking members 90 
and 92 as seen in FIG. 9. Locking members 90 and 92 are simply a pair of 
raised arm members fused into the base 40 of apparatus 10 and would engage 
a pair of slots 94 and 96 as seen in the upper portion 42 of the 
apparatus. Therefore, upon being placed in the closed position as seen in 
FIG. 19, tab members 90 and 92 would flexibly move through slots 94 and 96 
respectively, as seen in FIG. 21, and would lock into position via teeth 
members 98 engaging the floor portion of base 40 as seen in FIG. 21. 
However, it should be noted that for purposes of use of the apparatus, 
following the cutting action of blade assembly 60 as was discussed 
previously, there is included a means for disengaging tab members 90 and 
92 from the locked position to the unlocked position so that apparatus 10 
may be moved to the open position as seen in FIG. 20 and retrieved 
maintaining clamp members 12 into the locked engagement around umbilical 
cord 11. This means is illustrated in the FIGURES, particularly FIG. 22. 
This means is illustrated in FIGS. 11-15, illustrating cutting assembly 60 
and in FIG. 22 showing the movement of blade assembly in unlocking the 
apparatus. As seen in FIG. 14, the front lower base portion 74 cutting 
assembly is positioned along the underside of top portion 42 of the 
apparatus as the neck portion 72 is engaged within upper slot 80. It 
should be noted that base portion 74 has a front beveled face 75 which as 
seen in side view in FIG. 13 would move forward to engage the pair of tabs 
90 and 92 and move them to the out position as seen in FIG. 22. This 
engagement would therefore move teeth members out of locking engagement 
with floor portion of base 40, and would allow apparatus 10 to move to the 
open position as seen in FIG. 20. Therefore, apparatus 10 could be thereby 
retrieved from clamps 12 that are maintained in the locked position. 
In addition, following the cutting action of blade assembly 60 as seen in 
FIG. 20, it is preferred that cutting assembly 60 be maintained in the 
forward position since the cutting action of blade assembly 60 is 
completed. This is insured with a pair of tab members 100 and 102 situated 
in channel 80 and upper portion 42, which extrude out into the space of 
channel 80. As the assembly 60 is moved forward as the rear wall 73 which 
moves past tabs 100 and 102 into space 103 and therefore tabs 100 and 102 
then engage rear wall 73 and prevent any further movement of blade 60 back 
into the first position as seen in FIG. 19. 
An additional aspect of the present invention is the presence of a holding 
means 110 as seen in FIGS. 16-18. Holding means 10 includes a base portion 
112 which is mountable onto the underside of base portion 40 through a 
pair of tabs 112 and 114 insertable into ports 116 and 118 as seen in FIG. 
6. Inserts 112 and 114 are melted or molded into position, maintaining 
holding means 110 into position on the underside of the apparatus as seen 
in FIG. 19. Holding means 110 further includes a ring member 120 having a 
central bore 112 wherein a finger is inserted therethrough, for holding 
apparatus 10 via the index finger through bore 122 and operating blade 60 
with the thumb or the like. 
In addition, after blade assembly 60 is moved to the forward position and 
the apparatus is sprung open to the open position as seen in FIG. 20, one 
may pull apparatus 10 off of clamps 12 with the use of ring member 120 
quite easily to facilitate removal of the apparatus. 
Because many varying and different embodiments may be made within the scope 
of the inventive concept herein taught, and because many modifications may 
be made in the embodiments herein detailed in accordance with the 
descriptive requirement of the law, it is to be understood that the 
details herein are to be interpreted as illustrative and not in a limiting 
sense.