The present invention generally relates to a firearm shell casing receiver. The invention generally comprises of a horseshoe shaped member with widened ends and an arm member that serves as a clip to allow for the attachment of a receiver vesicle. To utilize the current invention, the shell casing receiver securely grips onto a firearm's platform whereas the clip portion holds a receiver vesicle to capture any spent ammunition.

A receptacle for collecting casings ejected from a firearm applied with a magazine includes a housing having an upper opening, a lower opening, and an interior defined within the housing between and in communication with the upper and lower openings. The upper opening is opened and can be mounted to be spaced apart from the ejection port of a firearm. A gate in the lower opening pivots between open and closed positions; the lower opening is closed when the magazine is received in the firearm and is opened when the magazine is removed from the firearm. A clip couples the receptacle to the firearm.

A receptacle for collecting casings ejected from a firearm applied with a magazine includes a housing having an upper opening, a lower opening, and an interior defined within the housing between and in communication with the upper and lower openings. The upper opening is opened and can be mounted to be spaced apart from the ejection port of a firearm. A gate in the lower opening pivots between open and closed positions; the lower opening is closed when the magazine is received in the firearm and is opened when the magazine is removed from the firearm. A clip couples the receptacle to the firearm.

A bullet casing capturing assembly includes a wire that has a sequence of bends thereon to define a handle portion of the wire and a sock portion of the wire. The sock portion is positioned above and is laterally offset with the handle portion. The handle portion engages a handle of a semi-automatic firearm thereby facilitating the sock portion to be aligned with an ejection slot of the semi-automatic firearm. In this way the sock portion is aligned with a trajectory of bullet casings is ejected from the ejection slot. A sock is removably coupled to the sock portion of the wire to capture the bullet casings being ejected from the ejection slot.

A bullet casing capturing assembly includes a wire that has a sequence of bends thereon to define a handle portion of the wire and a sock portion of the wire. The sock portion is positioned above and is laterally offset with the handle portion. The handle portion engages a handle of a semi-automatic firearm thereby facilitating the sock portion to be aligned with an ejection slot of the semi-automatic firearm. In this way the sock portion is aligned with a trajectory of bullet casings is ejected from the ejection slot. A sock is removably coupled to the sock portion of the wire to capture the bullet casings being ejected from the ejection slot.

The ACC combines an automated vehicle to tow a collection device. The vehicle has unique attachment and sensing capabilities which allow for the device to be automated. The configuration of the processor and motor drivers and battery and weight distribution are what make the vehicle capable of towing the device. The attachment via custom tow hitch and specific torque allow for the effective collection of material. Various treads may be required to suit different terrains.

The processor is situated in the front where it can be accessed to upload a program. The processor is housed in a plastic case which provides some protection for the components and a means to affix it to the vehicle. Additionally, a cosmetic cover provides additional protection and prevents debris from interfering with the movement. The battery is located as low as possible. There is a welded steel structure. The processor uses lower voltage than the motors which requires a motor driver board which is effective a relay switch. The relay switch is activated by a low voltage signal wire which then closes a circuit to the motors providing greater voltage to the motors than the rest of the components. The ultrasonic sensors are located on the front center of the vehicle.

The ACC combines an automated vehicle to tow a collection device. The vehicle has unique attachment and sensing capabilities which allow for the device to be automated. The configuration of the processor and motor drivers and battery and weight distribution are what make the vehicle capable of towing the device. The attachment via custom tow hitch and specific torque allow for the effective collection of material. Various treads may be required to suit different terrains.

The processor is situated in the front where it can be accessed to upload a program. The processor is housed in a plastic case which provides some protection for the components and a means to affix it to the vehicle. Additionally, a cosmetic cover provides additional protection and prevents debris from interfering with the movement. The battery is located as low as possible. There is a welded steel structure. The processor uses lower voltage than the motors which requires a motor driver board which is effective a relay switch. The relay switch is activated by a low voltage signal wire which then closes a circuit to the motors providing greater voltage to the motors than the rest of the components. The ultrasonic sensors are located on the front center of the vehicle.

A collapsible pistol features enhanced safety, ease of use, and improved performance as compared to prior designs. The pistol is easily reconfigured from an open, ready-to-fire position to a closed or collapsed position that makes the pistol quite compact, safe, and readily concealable. The overall design of the pistol is such that the manipulation of the pistol into and out of the open, ready-to-fire position can be accomplished with a user having relatively small hands and/or relatively low grip strength.

A collapsible pistol features enhanced safety, ease of use, and improved performance as compared to prior designs. The pistol is easily reconfigured from an open, ready-to-fire position to a closed or collapsed position that makes the pistol quite compact, safe, and readily concealable. The overall design of the pistol is such that the manipulation of the pistol into and out of the open, ready-to-fire position can be accomplished with a user having relatively small hands and/or relatively low grip strength.

A firearm shell casing catching system for collecting casings ejected from a firearm includes a mounting assembly, casing deflector, and a hopper.