in some embodiments , the virtual hunting device includes components that simulate or imitate a firearm , such as a stock , barrel , trigger , etc . in other embodiments , the virtual hunting device incorporates an actual firearm . thus , the firearm can be a fully functional firearm or an imitation firearm or toy firearm and may be made of metal , wood , plastic , or the like . fig1 illustrates an imaging device 100 , according to embodiments of the present invention . the imaging device 100 may be coupled to or integrated with a scope . the imaging device shown in fig1 includes a front lens 101 . the front lens 101 may be made from a camera phone lens such as a standard industry phone camera lens . the imaging device 100 also includes a processing module 102 , which processes light propagating through the front lens 101 to create an image . the processing module 102 , in some embodiments , includes a combination of multiple components , such as a cmos or ccd sensor , a processor , and a memory . in other embodiments , as shown in fig2 , a processing module 202 may be separate from an imaging sensor 210 ( e . g ., a cmos sensor ). thus , the processing module 102 may use a cmos sensor to create the image using light propagated through the front lens 101 and may store that image in the memory using the processor . thus , if a user points the imaging device 100 at an animal , an image of that animal may be created via the front lens 101 and the processing module 102 . the imaging device 100 also includes a multi - use hook up portal 103 , which can be used to transfer data to or from an external device . for example , images stored in the memory may be transferred to an external device , such as tablet computers , kindles , laptops , home computers , cell phones , etc ., or images from those external devices may be uploaded to the memory of the imaging device 100 . multi - use hook up portal 103 may use a variety of transmission protocols and physical interface formats . for example , the portal 103 may include , for example , a usb port or may support , for example , memory cards . thus , data such as photos , videos , or movie clips can be transferred to the imaging device 100 . the images stored in the memory and / or processed by the processing module 102 are transferred and displayed on a viewing screen 104 . the viewing screen 104 may be any one of a number of screens , such as a touch screen , an lcd screen , an led screen , an industry standard phone camera viewing screen , or the like . thus , the captured image of an animal may be presented on the viewing screen 104 . in addition , in some embodiments , the viewing screen 104 , either alone or in combination with the processing module 102 , superimposes images or other indicia on the displayed images . for example , the processing module 102 may instruct the viewing screen 104 to apply a bull &# 39 ; s eye to an image transmitted from the processing module 102 . in other embodiments , the processing module 102 automatically superimposes the bull &# 39 ; s eye or other indicia on the captured image and stores the entire image in memory . in some embodiments , the processing module 102 provides a selection of indicia to add to the images . for example , the processing module 102 may provide a variety of bull &# 39 ; s eye selections to a user via the viewing screen 104 . a user selects a particular indicia using user input means ( e . g ., icons on a touch screen or separate push buttons ) incorporated into the viewing screen 104 . icons representing these selections , such as a bull &# 39 ; s eye selection or videos , may be seen on the viewing screen 104 . thus , in response to a user selecting a particular bull &# 39 ; s eye selection via the viewing screen 104 , the processing module adds ( e . g ., superimposes ) the selected bull &# 39 ; s eye onto an image , for example , the captured image of the animal . an exemplary image is shown in fig3 , in which a cross - hair 320 is superimposed on a captured image 322 of an animal . in some embodiments , the imaging device 100 is set up to capture an image or to display an image when the trigger of the firearm or imitation firearm is pulled . for example , when the trigger of the fake rifle or gun is pulled , a photo of the targeted animal is shot without discharging a bullet at the animal . alternatively , the shooter can choose to watch a video or a movie clip that has been transferred to the imaging device 100 . for this purpose , in some embodiments the imaging device 100 has an insert connection 106 , which may be used to transfer a trigger signal to the processing module 102 . in other embodiments , the insert connection 106 is custom made to fit into a customized rifle . the insert connection completes circuit internally from the trigger ( or from a separate detection circuit near the trigger ) to the processing module 102 to take photos . in addition , or alternatively , the imaging device 100 may include an exterior trigger cable port 108 . the exterior trigger cable port 108 accepts a custom cable which clips on behind the trigger of a random fake rifle or gun at one end . the custom cable is plugged into the exterior trigger cable port 108 at the other end . as a result , pulling the trigger sends a signal through the trigger cable port 108 to the processing module 102 , which then captures an image and / or displays that image , another image , a video , or a movie clip using the viewing screen 104 . an exterior trigger cable port 108 is useful for fake rifles or guns ( e . g ., toy guns and rifles , soft air rifles , and bb guns ) that are not custom made to accept the insert connection 106 . a battery holder 107 is provided to hold batteries that supply power to the processing module 102 to take photos or apply applications such as playing a video . as mentioned above , photos taken by the imaging device 100 may be transferred to any external device that can accept data from outside . as discussed above , embodiments of the invention may be used to hunt virtually . the virtual hunting apparatus can be used by a shooter to target an animal . by pulling the trigger of the fake rifle or gun , the shooter takes a photo of the animal or watches a video or a movie clip played by the imaging device 100 . videos and movie clips can be transferred to the c imaging device 100 by the choice of the hunter . the hunter can also apply a bull &# 39 ; s eye to the viewing screen 104 of the imaging device 100 and / or the photo taken by pushing an application button of the bull &# 39 ; s eye selection . for example , the shooter virtually hunting an animal may wish to view a video of a real hunt of the animal upon pulling the trigger of the fake rifle or gun of the virtual hunting apparatus to experience a kill but without actually hurting the animal . videos provided to the imaging device 100 may be a personal choice for a hunter who hunts virtually . instead of playing a video , a video of a target animal may be taken by the imaging device 100 if it is desired by the hunter . embodiments of this application may be used with imitation or toy devices , compact cameras such as a cell phone camera , and / or telescopic imitations or toy firearm scopes / sights integrated with a compact digital camera . in certain embodiments , a camera of the present invention can be used to photograph a target at the instant the target is fired upon . to configure the firearm for photography and simultaneous firing , the camera and / or scope / camera combination can be placed on the firearm in the same manner as a conventional scope . photographs can be recorded , alternatively , in response to the sound of , or the recoil from , the firearm triggering device . an alternative embodiment eliminates the scoping component , but maintains all of the digital photography components , for example for use on smaller imitation firearms . as also discussed above , in some embodiments , the virtual hunting apparatus employs a camera or image recording device mounted on top or to the side of the firearm . the trigger of the firearm is operably connected to a camera and when initiated by a hunter , a real - time image is recorded . a processing module or photo sensor of the camera can be connected by a cable that links the trigger to the camera . some embodiments of the present invention concern recording a photo of the target instead of firing a bullet or pellet . alternatively , the camera may record a video or a short clip of a targeted animal , upon initiation of the trigger . a firearm of certain embodiments herein includes but is not limited to , a real gun , a toy gun such as a toy rifle , air gun , pellet gun , or an air soft gun , or other simulated guns known in the art . the camera can be a device similar to a compact , lightweight cell phone camera or digital camera or other image recording device such as used in an operating room on the end of a catheter to scope and record real - time images . in some embodiments , applications programmed into the camera can be used to enhance the virtual hunting experience such as including a variety of target selections having a bull &# 39 ; s eye and means known in the art to apply the target to the images recorded by the device . in other embodiments , an imaging device is further provided with a variety of videos , such as a real animal being shot , and means for playing the videos . in yet other embodiments , the imaging device displays a movie clip that the hunter wishes to view and plays the movie clip upon actuation of the trigger of the fake rifle or gun . to further enhance the hunting simulation , the firearm or imitation firearm may be equipped with a speaker to emit a firing sound when the trigger is pulled and / or other hunting - related sounds . the firearm or imitation firearm may further include vibration components to mimic the kickback that normally occurs when firing a firearm in order to provide the hunter with a more satisfying hunting experience . the amount of kickback may vary to imitate various firearms and ammunitions . in yet other embodiments , an apparatus of the instant invention can be used to train a hunter or law enforcement officer where the apparatus can be used anywhere and remain safe yet an effective training tool .
embodiments of the present invention concern a virtual hunting apparatus that employs an imaging device mounted on top of the barrel of a simulated firearm such as a rifle or other toy . a cable can be used to connect the imaging device to the trigger of the simulated firearm . an imaging device can run a variety of applications and play videos . pulling the trigger of the simulated firearm takes a picture of a target animal , records a video or plays a video of interest within the imaging device , without displacing a bullet or pellet to injure or kill the target animal .