in describing preferred embodiments of the present invention illustrated in the drawings , specific terminology is employed for the sake of clarity . however , the invention is not intended to be limited to the specific terminology so selected , and it is to be understood that each specific element includes all technical equivalents that operate in a similar manner to accomplish a similar purpose . with reference to fig1 to 3 , 7 and 8 , the cage trap of the present invention is generally designated by reference numeral 10 . trap 10 includes a box - like cage having an elongated base 12 and opposed sidewalls 14 and 16 preferably formed and folded from a single piece of wire mesh . the sidewalls emanate from the longitudinal edges 18 and 20 of the base 12 in an upward direction . the walls 14 and 16 define planes that are essentially parallel to each other . as seen particularly in fig1 and 3 , in the preferred form of the invention , the base 12 and side walls 14 , 16 include wire elements 13 , 15 welded at their crossing points to form generally rectangular apertures 17 , with the side walls bent up at right angles from the base . the rectangular apertures are approximately 1 ″ square . the rear wall structure 36 of the trap is also made from a sheet of wire mesh in a generally rectangular configuration to form rear wall 22 , having a bottom edge 24 and a top edge 26 , and two sidewalls 28 and 30 . the two side walls 28 and 30 emanate perpendicular to and away from the rear wall . as shown in fig1 , the lower half of walls 22 , 28 and 30 of the wire mesh contains openings 25 that are approximately ½ ″ by 1 ″. the top half of the same walls of the wire mesh contains openings 27 which are approximately 1 ″ square . the rear wall structure 36 is positioned so that the bottom edge 24 mates with the rear edge 21 of base 12 . in like manner , the rear sidewalls 28 and 30 overlap the base sidewalls 14 and 16 . the rear wall structure 36 is attached to the base wall structure through the use of a series of circular wire rings that are strategically crimped in place as shown , for example , by crimped rings 32 in fig2 . for ease of review , the crimped rings are only shown in fig2 with the realization that they are present in all of the views of the wire mesh . further , the arrangement of the crimped rings 32 in fig2 is by way of example . any arrangements of the rings that hold the wire mesh together are contemplated . the basic cage structure is completed through the mounting of an elongated cover or roof 40 which may preferably be stamped from sheet metal . as shown in fig1 and 14 , the rectangular roof generally consists of a piece of sheet metal formed to provide a front edge 42 , side edges 44 and 46 , and rear edge 48 . the sheet metal is bent at the rear edge 48 to provide a downwardly extending rectangular shaped flange 50 that is integral with the full length of the transverse edge 48 . the sheet metal is also bent upwardly at the side edges 44 and 46 to provide upwardly extending flanges 54 and 56 and then bent downwardly to form longitudinally extending flanges 64 and 66 that span the full lengths of the longitudinal side edges 44 and 46 , respectively . with reference to fig1 and 25 , the flange pairs 54 - 64 and 56 - 66 define elongated channels 53 and 55 that fit over and receive the top edges of walls 14 and 16 , respectively . defined along the surface of flange 54 of the cover 40 are a series of stamped tabs 62 ( fig1 and 25 ). similar tabs 62 are defined along the surface of flange 56 of the roof . with reference to fig1 and 14 , the roof 40 is positioned and secured to the previously assembled wire mesh structure in the following manner . the elongated cover 40 is positioned so that the longitudinally extending channels 53 and 55 receive the top portions of the side walls 14 and 16 and the rear wall 22 . as shown in fig1 and 25 , using side wall 14 as an example , the top portion of the side wall is positioned within the channel 53 defined by flanges 54 and 64 . the bendable tabs 62 are then pressed inwardly ( fig2 and 25 ) in the direction of flange 64 and in this way , the bent tabs capture the upper portion of the side wall 14 so that it cannot be separated from the roof structure . similar action takes place with regard to the bendable tabs 62 of flanges 56 and 66 in order to secure the top portion of side wall 16 to the cover . the rear depending flange 50 extends over the top portion of the rear wall 22 to provide a cover therefor . a shown in fig1 and 15 , a wire re - enforcing frame 111 is secured about the opening 81 of the cage to the wire mesh of the cage by suitably spaced bent fasteners 113 . the top 115 of the wire frame 111 spans across the top of each flange 54 and 64 to provide a support for the actuating cable 34 . when fully assembled , the various elements constituting the cage define a vacant interior 70 for receiving an animal that is to be trapped . in order to hold an animal within the enclosure , a trap door mechanism must be provided . such a mechanism is illustrated in fig1 , 10 , 16 , and 18 . the trap door mechanism , generally designated by reference numeral 80 , includes an elongated door 58 preferably made of sheet metal . with reference to fig1 , the upper portion of the door 58 contains a yoke 60 that is generally u - shaped with straight leg portions 86 and 88 extending outwardly beyond the side edges 71 and 72 of the door panel . the lower portion 74 of the yoke is secured to the door panel through the use of bent tabs 75 and 76 formed in the door . the straight leg portions of the yoke are secured to the side edges of the door panel through the use of bent tabs 77 and 78 also formed in the door . with reference to fig1 and 2 , the cylindrically - shaped ends 86 and 88 of the yoke 60 are received in mounting holes 102 and 104 defined in the flange portions 56 and 66 . the holes 102 and 104 are positioned aft of the front opening 81 of the cage about one - third of the length of the longitudinal axis of the cage . a door lock plate 106 is positioned horizontally and secured by fasteners 107 along the lower edge 108 of the door panel . alternatively , the lock plate 106 could be an integral component of the door 58 if stamped or otherwise formed in the door . a rectangular - shaped locking wire yoke 110 has a lower portion 112 which wedges up against the corner created by the upper edge 114 of the door lock plate and the outer surface 68 of the door when the door is in the closed position . see fig8 . the ends 116 and 118 of the yoke are rotatably positioned in mounting holes 122 and 124 , respectively , provided in the flanges 56 and 66 . the mounting holes 122 and 124 are located forward of the mounting holes 102 and 104 provided for the door and aft of the front end 81 of the trap . a torsion wire spring 126 is provided to bias the yoke in a downward direction toward the door . see fig1 . the bottom portion 128 of the door lock plate contains a transversely extending hole 130 ( fig2 a ) which receives one end 132 of the actuating cable 34 . the cable 34 passes beneath the bottom of the yoke 110 and over the surface 68 of the door panel in an upward direction to pass over the top 115 of the wire frame 111 and over the cover 40 . the cable is held in place on bottom portion 128 by crimp 96 . with reference to fig1 - 5 , a rear latch assembly , generally designated by reference numeral 150 , is mounted on top of the roof 40 along the trap longitudinal axis a . the rear latch assembly 150 includes a pair of spaced mounting holes 152 and 154 defined on wing portions 156 and 158 emanating from a housing 160 . the assembly is fastened to the rear portion of the roof with suitable fasteners such as screws or the like ( not shown ) passing through the mounting holes . mounted about a third of the distance aft of the front 81 of the trap also along the longitudinal axis a is a front actuating assembly , generally designated by reference numeral 170 . this assembly contains a housing 172 from which emanates mounting wings 174 and 176 that contain holes 177 and 178 for receiving mounting screws or the like ( not shown ). as best seen in fig3 , the top portions of both the front actuating assembly 170 and the rear latch assembly 150 include cylindrical bores 145 and 146 , respectively , which are arranged spaced from and generally parallel to the longitudinal axis a of the roof . these bores are shaped to receive an elongated cylindrically shaped rod 138 . an elongated hand grip 134 contains a bore 136 through its longitudinal axis . this bore is sized so that grip 134 may be slidably mounted on the rod 138 . as shown in fig5 and 10 - 12 , the rear portion 118 of the hand grip 134 contains a recess 116 and a vertically oriented support member 90 that glides along the roof surface as the grip slides along the rod 138 . the front end of the grip 134 contains a forwardly extending handle cable pocket 100 . as shown in fig1 and 11 a , the pocket 100 consists of a longitudinally extending bore 98 that receives the other end of the cable 34 . this end of the cable is held in place also through a wire crimp 96 . the forwardmost portion of the handle cable pocket 100 contains a transverse cross piece 94 which , as will be explained later , engages with the front actuating assembly to provide a safety lock to prevent the hand grip 134 from sliding rearwardly , thereby insuring that the door of the trap stays closed during transport . the recess 116 defined in the rearward end 118 of the handle 134 is defined in part by an indented ledge 92 that is shaped to mate with a rear latch 157 in a manner to be described hereinafter . with reference to fig1 - 12 , and 19 , the front actuating assembly , generally designated by reference numeral 170 , consists of basically four parts , a front housing 172 , a front paddle mechanism 171 that is movably mounted within the housing , and a torsion wire spring 173 that is secured to the front paddle to bias the paddle in the downward direction relative to the front actuating assembly 170 . as best seen in fig1 , the front paddle mechanism 171 consists of a cylindrical shaft 175 which terminates in a paddle handle 167 that can be moved by the thumb or fingers of the user in order to rotate the front paddle 171 . about half way along the cylindrical axis of shaft 175 , an engaging foot 179 is defined . the engaging foot contains an extended downwardly projecting toe 148 which , in use , engages with the cross bar 94 of the hand grip 134 in order to hold the handle in place after the trap has been tripped and the door panel is closed . with reference to fig1 a , it can be seen that the spring 173 biases the engaging foot 179 into the area 100 defined behind the cross bar 94 in the hand grip 134 . fig1 shows how the front actuating assembly 170 may be assembled . as oriented in fig1 , the cylindrical housing 172 is supported on a pair of downwardly - extending walls 41 and 43 that mate respectively with mounting wings 174 and 176 . each of the walls contains a cutout 166 that is sized to allow passage of the engaging foot 179 from outside the actuating assembly 170 into a space 45 defined between the walls 41 and 43 . the top 47 of each cutout defines half of a round hole to receive the smaller cylindrical portions of shaft 49 . a u - shaped wedge 51 is inserted from underneath the housing 172 so that each leg 57 and 59 fills the spaces 166 . the top 61 of each leg is shaped to complete the round hole for rotatably receiving the portions 49 of shaft 175 . with reference to fig5 , 17 and 20 - 23 , the rear latch assembly 150 consists of essentially five pieces . the first piece is a rear housing 151 . at the aft end of the rear housing there is a vertically extending bore 153 which is sized to receive a cylindrically shaped spring tensioner 155 . defined within the interior of the rear housing 151 is an opening to receive a rear latch 157 . a rear housing insert 159 holds the latch 157 in place so that it may rotate about a transverse axis b . the rear end of the rear latch 157 contains a bore 161 for receiving one end of a compression spring 163 . the other end of the compression spring in received within a cylindrical indentation 165 formed in the bottom of the spring tensioner . the forward end of the rear latch 157 contains a latching mechanism 121 . this latching mechanism includes a downwardly projecting hook 123 having an opening 125 for receiving and holding the top section 141 of a rectangular - shaped yoke wire member 143 that has its free ends 135 and 137 secured to pedal 19 near the top edge by bent tabs 82 and 84 , respectively . the pedal 19 serves as the trip mechanism in accordance with the present invention . the bottom end of pedal 19 is rotatably secured to the bottom of the cage by bent crimps 79 which are evenly spaced along the bottom edge and bent around one of the wires of the wire mesh . the front end of the rear latch also includes a ledge 127 for receiving and holding the latch portion 92 at the rear 118 of the hand grip 134 . in order to set the trap 10 , it is first placed on the ground or supporting surface . the front paddle 171 of the front actuating assembly 170 is then rotated in a clockwise direction by the user manipulating paddle handle 167 , thus rotating the engaging foot 179 out of the cross bar opening 100 of the hand grip 134 . this allows the user to move the handle along the longitudinal axis of the rod 138 in a rearward direction toward the rear latch assembly 150 with one hand , while the handle grip is also supported by the glide member 90 . it is again noted that the actuating cable 34 passes underneath the lower portion 112 of the locking wire yoke 110 , as shown in fig8 and 13 . this arrangement of components assures that the locking wire yoke 110 automatically disengages from the lock plate 106 as the hand grip 134 is moved away from its forward position adjacent the front actuating assembly 170 . accordingly , a trapped animal can be released by a person located at the rear of the trap by disengaging the hand grip 134 from the front actuating assembly 170 and moving the hand grip 134 rearwardly on rail 138 . once the hand grip 130 is released from the front assembly 170 , the grip 134 can be moved rearwardly until the recess 116 of the grip engages the upward portion of the latch 127 so that the latch holds the handle in its rearwardmost position . rearward movement of the handle 134 results in the cable 34 moving in a rearward direction to rotate the door 58 about ends 86 and 88 in an upward direction and set the door in a loaded position . having accomplished this action with one hand , the trap is now set awaiting the entrance of an animal to activate the trap . with reference to fig1 and 5 , in order to entice the animal into the trap , a suitable bait is inserted into the interior of the trap aft of the pedal 19 . when the animal enters the trap and steps on the pedal 19 , the pedal is rotated in a downward direction which causes the top section 141 of the yoke or trigger rod 143 to pull the latch 121 in a downward direction thereby releasing the recess 116 of handle 134 from engagement with the latch ledge 127 . when this happens , the weight of the door 58 causes the door to rotate in a downward direction to rapidly close the interior space 70 and trap the animal within the cage 10 . as used herein , the term “ trigger rod ” is intended to have its broadest meaning and can include cable or other trigger mechanisms to release handle 134 from latch ledge 127 when pedal 19 is rotated to its downward position . in addition , those skilled in the art can appreciate that the trigger rod 143 could be a single rod and could be formed with latch mechanism 121 as one piece , such as by molding ; and the pedal 19 could also be integral with the rod 143 . other trip mechanisms with which the animal interacts , as by pulling , could be substituted for pedal 19 and be formed as part of the trigger rod . downward rotation of the door 58 also moves the handle grip 134 to its forwardmost position with cross - piece 94 moving past engaging foot 179 , to lock the hand grip 134 into the front actuating assembly . at the same time , as best seen in fig8 and 18 , the downwardly biased yoke 112 through the urging of torsion spring 126 presses up against the top surface 68 of door 58 and is lodged in the corner created by the upper edge 114 of the door lock plate 128 and the top surface 68 of the door when the door is in the closed position . under these conditions , if the animal tries to open the door , the bottom of the yoke will press against the door latch plate preventing the animal from rotating the door in an upward direction . when the user desires to release a trapped animal , the user follows a procedure similar to setting the trap . the engaging foot 179 of the front actuating assembly 170 is disengaged from the handle cable pocket 100 at the front end of the hand grip 134 by the user manipulating the paddle handle 167 . the grip 134 is then free to slide rearward on rail 138 by the user &# 39 ; s hand to open the door 58 by the pulling action of cable 34 . initial rearward movement of the grip 134 tensions the actuating cable 34 which causes the locking yoke 110 to be lifted in an upward direction disengaging from the top edge 114 of the door lock plate 106 by the urging of the end 132 of the actuating cable 34 . sliding the grip 134 to its most rearward position engages the grip to the latch mechanism 150 which resets the trap . another feature of the present invention is an adjustable pedal sensitivity feature . this is accomplished , as shown in fig2 , by providing an upwardly extending ledge 101 near the bottom circumferential ledge 103 of the spring tensioner 155 . when the spring tensioner 155 is rotated within the vertically extending bore 153 , the compressive force on the spring 163 may be changed by the displacement of the spring tensioner 155 in a downward direction against one end of the spring 163 based on the clearance provided within the assembly through the use of a series of indentations 105 a - 105 e positioned radially about the bottom 109 of the bore 153 within the rear housing 151 . in this way , the tension required on the pedal to activate the trap can be adjusted so that if a small animal enters the trap , the weight of the animal will not trip the trap . it is to be understood that the present invention is not limited to the illustrated embodiments described herein . modifications and variations of the above described embodiments of the present invention are possible as appreciated by those skilled in the art in light of the above teachings . for example , as shown in fig2 , the moving hand grip 134 and rail 138 system could be eliminated . the cable 34 could terminate in a simple hook 23 at the latch end . the hook structure would include glide member 90 to support the hook to facilitate tripping the trap . this embodiment would not be as user friendly and would require a separate carrying handle but does work for functionality . in addition , the pedal 19 and trigger rod 143 could be replaced with a combination bait holder / rod that would activate the latching mechanism when it was pulled or moved a certain distance .
a cage - type animal trap having a hand grip mounted on the roof that moves bi - directionally between a first position near the front end of the trap and a second position near the rear end of the trap . an actuating cable is secured to the door and to the hand grip so that when the hand grip is moved by the user from a first position with the door closed to a second position with the door opened the trap can be set by a latch mechanism which releasably holds the hand grip in its second position . a pedal mounted inside the trap is moved by the weight of an animal to activate a trigger rod which moves a latch to release the hand grip from the second position and close the door , thus trapping the animal inside the trap . a paddle mechanism maintains the hand grip in its first position , and a door lock at the bottom of the door prevents the door from being opened by a trapped animal .