referring now to the drawings in detail , wherein like numbers represent like elements throughout , fig2 illustrates an apparatus , generally identified 100 , constructed in accordance with the present invention . as shown , the apparatus 100 includes a centrally located firing chamber member 10 . the firing chamber member 10 includes an upper chamber portion 12 and a lower chamber portion 14 . see fig5 . in the preferred embodiment , the upper chamber portion 12 is integrally formed with the lower chamber portion 14 . it would , however , be possible to construct the firing chamber member 10 in such a fashion that the upper and lower chamber portions 12 , 14 , respectively , would be threadably attachable or secured in some other fashion without deviating from the scope of this invention . the upper chamber 12 includes a bore 13 , the bore 13 having an axis that is aligned generally vertically . the bore 13 is functionally adapted to receive a shell or cartridge holding an explosive ( not shown ) of some sort within it , the type of shell or cartridge not being a limitation of this device . the lower chamber portion 14 includes a primary bore 15 , the primary bore 15 having an axis that is also aligned generally vertically , and a plurality of secondary bores 16 . the secondary bores 16 of the preferred embodiment are four in number and are disposed at 90 ° relative to one another . see fig4 . as shown in fig5 , the secondary bores 16 extend generally outwardly from the axis of the lower chamber portion 14 and slightly downwardly from the horizontal . in the preferred embodiment , the axis of each secondary bore 16 extends downwardly at an angle of 22 1 / 2 ° below the horizontal . the bore 13 of the upper chamber portion 12 and the primary and secondary bores 15 , 16 , respectively , of the lower chamber portion 14 , are each connected to one another to form a bore continuum , the purpose of which will be apparent later in this detailed description . threadably attached to the upper chamber portion is a spark plug holder 18 , the holder 18 having a bore 19 defined within it and the axis of the bore 19 being aligned generally vertically . threadably inserted within the bore 19 of the spark plug holder 18 is a spark plug 20 . here again , the configuration of the spark plug holder 18 and its attachment means is not a limitation of the present invention . it is also to be understood that the means for discharging the shell or cartridge ( not shown ) that is placed within the bore 13 may be mechanical or electromechanical as well as well as electrical without deviating from the scope of this invention . for example , a solenoid could be used to impart a mechanical trigger to the shell or cartridge for detonation . referring again to fig2 , it will be seen that the apparatus 100 of the present invention also includes a plurality of pipes 30 , each pipe 30 having a first end 32 , a second end 34 and a central bore 36 . see also fig5 and 6 . the first end 32 of each pipe 30 is threadably received by one of the secondary bores 16 of the lower chamber portion 14 . the central bore 36 of each pipe 30 is continuous with the primary bore 15 of the lower chamber portion 14 . because of the angle of the secondary bores 16 of the lower chamber portion 14 , each pipe 30 extends outwardly and slightly downwardly from the horizontal relative to the lower chamber portion 14 . situated at the second end 34 of each pipe 30 is a muffler 38 . while not absolutely necessary to the function of the apparatus 100 , the purpose of the muffler 38 is to muffle the volume of an explosion that will emanate from the bore 13 of the upper chamber portion and the primary bore 15 of the lower chamber portion 14 . in the preferred embodiment , a frame 40 is attachable to the upper chamber portion 12 . see fig3 and 6 . the frame 40 includes a cylindrical sleeve 42 . a pair of support legs 44 is provided , each leg 44 having a first end 45 and a second end 46 . the first end 45 of each support leg 44 is attached to an opposing side of the cylindrical sleeve 42 . each support leg 44 extends upwardly and outwardly from the sleeve 42 . a support bridge 48 extends generally horizontally between the second ends 46 of the support legs 44 . also attached to each of the second ends 46 of the support legs 44 is a suspension clip assembly 49 . as shown , the suspension clip assembly 49 is configured from a carabiner and clip used in combination , although many other configurations could be devised to accomplish the intended purpose which is to suspend the assembly 100 above the ground . accordingly , the configuration shown is not a limitation of the present invention . an electronics component box 50 is secured atop the support bridge 48 of the frame 40 . though not shown in any detail , the electronics component box contains an electromagnetic wave receiver circuit and a stored electrical energy device , such as a battery . in the preferred embodiment , the receiver circuit is actuated remotely by means of a remote control transmitter 52 . see fig1 . a wire 54 extends from the box 50 to the spark plug 20 for energizing the plug 20 when such is desired or required . here again , it is to be understood that the transmitter 52 could actuate a mechanical trigger or an electromechanical trigger ( not shown ) by creating mechanical motion through the electromagnetic forces exerted on the trigger by use of a solenoid , for example . as alluded to earlier , the precise form of shell or cartridge used and the precise form of detonation , by electrical or mechanical means , is not a limitation of the present invention or device . a net - holding cavity 62 is formed by a net - holding box 60 . see fig2 and 6 . the net - holding box 60 is secured to the bottommost portion of the firing chamber member 10 . the net - holding box 60 includes a top box portion 64 and a plurality of sidewalls 65 extending outwardly and downwardly from the top portion 64 . the top box portion 64 is secured to the firing chamber member 10 by means of a pair of fasteners 61 . the top box portion 64 includes a pair of slots 63 through which the heads of the fasteners 61 may extend . in this fashion , the net - holding box 60 may be removed by a slight twisting motion for ease in replacing the net 70 within the net - holding cavity 62 . in this preferred embodiment , and because the box 60 is inverted , the net 70 is held in place within the net - holding cavity 62 by means of a removable cover 66 . at the edges 67 of the cover 66 are attached a plurality of velcro ® type fasteners 68 . complementary fasteners 69 are attached to the sidewalls 65 of the box 60 . as alluded to above , the net 70 is foldably contained within the net - holding box 62 . see fig3 . the net 70 includes a central net portion 72 and a net perimeter 74 . see fig1 . a plurality of net - anchoring missiles 80 are attached to the net perimeter 74 by means of net strings 76 . refer again to fig2 and 6 . each missile 80 includes a missile body 82 having a first end 84 and a second end 86 . the first end 84 of each missile 80 is attached to a portion of the net perimeter 74 . the second end 86 of each missile 80 is insertable within the bore 36 of one of the pipes 30 . in application , the net 70 is foldably inserted within the cavity 62 of the net - holding box 60 . the cover 66 is secured using the cover fasteners 68 , 69 . one missile 80 is inserted within the bore 36 of each pipe 30 . a charge ( not shown ) is inserted within the bore 13 of the upper chamber portion 12 . the spark plug holder 18 , with the spark plug 20 in place , is attached to the upper chamber portion 12 . the complete apparatus 100 is then ready for suspension . it is to be understood that the apparatus 100 could be suspended between two trees , or any other vertically extending objects , by means of a cable 4 that extends between them and by means of the frame clip assemblies 49 . see fig1 . the user then moves to a remote location that is within the user &# 39 ; s visual range and within range of the transmitter 52 that will be used to actuate the electronic receiver contained within the electronics box 50 . as an animal 6 moves into position immediately below the suspended apparatus 100 , the user actuates the transmitter 52 to send an electromagnetic wave signal 8 to the receiver circuit which , in turn , actuates the receiver and sends a charge to the spark plug 20 via the wire 54 . as the spark plug 20 energizes , a shell or cartridge ( not shown ) contained within the bore or chamber 13 explodes , thereby releasing explosive gases into the bores 15 , 16 . almost instantaneously , these gases expand into the tubes 30 , thereby explosively discharging the net - anchoring missiles 80 from within the tubes 30 . as the net - anchoring missiles 80 are discharged away from the tubes 30 , pulling and deploying the net 70 from the net - holding cavity 62 via the net strings 76 and detaching the net cover 66 from the fasteners 68 , 69 . in this fashion , the net 70 is , almost immediately , dispersed above and around the animal 6 to be caught . after the animal 6 is removed from the net 70 and successfully relocated , the net 70 may be re - folded and stored within the net - holding box 60 for re - use , the net 70 being secured by means of the cover 66 . the missiles 80 may be re - inserted into the tubes 30 and the spent casing ( not shown ) is removed from the cavity 13 and replaced . the apparatus 100 is then ready for re - use . based on the foregoing , it will be seen that there has been provided a new and useful live catch device that is configured and used in such a fashion that it does not stand out in the animal &# 39 ; s sensory field , visual or otherwise , and is not easily detected by the animal ; that can be quickly deployed without allowing the animal to flee before in can be caught ; that can be deployed from a distance so as not to require the user to be in close proximity to the device and to the animal to be caught ; and that is easily usable , and is reusable in the same or other locations . although the invention has been described in considerable detail through the figures and above discussion , many variations and modifications can be made by one skilled in the art without departing from the spirit and scope of the invention .