A device that attaches to a handgun that selectively dispenses material from a pressurized canister. The device defines an internal receptacle of a first length that is sized to receive the pressurized canister. A nozzle is disposed at a first end. The pressurized canister is selectively biased against the spray nozzle by being displaced within the canister receptacle by a manual actuator. An actuator is suspended between the tabs with a pivot joint. This enables the actuator to swing from a first position outside the receptacle to a second position within the receptacle. The part of the actuator that enters the receptacle contacts the pressurized canister and displaces the pressurized canister forward against the spray nozzle. This releases the contents of the pressurized canister through the spray nozzle. The actuator includes two parallel levers that pass to both sides of the handgun's trigger guard.

A personal defense device arranged to self-orient and enable accurate aim when gripped by a user is provided. The device has a body including upper and lower regions. The upper region includes a transverse index finger loop, a front portion, a rear portion with a storage cavity for a repellant spray container, a spray opening through the upper region, a thumb support, and a top surface. The top surface is above and perpendicular to the transverse loop, which forms an extended sightline for aiming at a potential target. The lower region includes a grip handle providing multi-finger grip below the index finger transverse loop. The transverse loop, multi-finger grip handle and thumb support self-orient the device in the user's hand, and the top surface sightline enables rapid aiming. The upper region front portion can include a contact feature for defensive contact with an attacker and DNA collection.

A personal defense device arranged to self-orient and enable accurate aim when gripped by a user is provided. The device has a body including upper and lower regions. The upper region includes a transverse index finger loop, a front portion, a rear portion with a storage cavity for a repellant spray container, a spray opening through the upper region, a thumb support, and a top surface. The top surface is above and perpendicular to the transverse loop, which forms an extended sightline for aiming at a potential target. The lower region includes a grip handle providing multi-finger grip below the index finger transverse loop. The transverse loop, multi-finger grip handle and thumb support self-orient the device in the user's hand, and the top surface sightline enables rapid aiming. The upper region front portion can include a contact feature for defensive contact with an attacker and DNA collection.

A multi-purpose illumination, self-defense and glass-breaking tool, the tool comprising: a tool body; a handle projecting from the tool body; a flashlight carried by the tool body; a pepper spray unit carried by the tool body; and a glass breaker carried by the handle.

A multi-purpose illumination, self-defense and glass-breaking tool, the tool comprising: a tool body; a handle projecting from the tool body; a flashlight carried by the tool body; a pepper spray unit carried by the tool body; and a glass breaker carried by the handle.

The present invention relates to a wearable self-defense spray system and method of use. The system comprising a wristband having a cartridge bay, a band, and a clasp that interconnects to secure the wristband around a wrist of a consumer. A cover fastens across the back surface to seal the body closed. A spray canister is pressurized with a self-defense spray liquid and snuggly fits into the cartridge bay in a non-slip, non-rotating manner. The spray canister has an egress port through which by depressing the spray valve the self-defense spray liquid egresses the spray canister in the direction of a threat such as a person, animal, or other threat. In exemplary embodiments, the wristband and spray canister can be scaled in dimension to fit the finger of a consumer as a ring or hung on a cord or chain and worn as a necklace around neck of the consumer.

The present invention relates to a wearable self-defense spray system and method of use. The system comprising a wristband having a cartridge bay, a band, and a clasp that interconnects to secure the wristband around a wrist of a consumer. A cover fastens across the back surface to seal the body closed. A spray canister is pressurized with a self-defense spray liquid and snuggly fits into the cartridge bay in a non-slip, non-rotating manner. The spray canister has an egress port through which by depressing the spray valve the self-defense spray liquid egresses the spray canister in the direction of a threat such as a person, animal, or other threat. In exemplary embodiments, the wristband and spray canister can be scaled in dimension to fit the finger of a consumer as a ring or hung on a cord or chain and worn as a necklace around neck of the consumer.

A self-defense device includes a body, a self-defense spray canister within the body, a whistle coupled to the body and the canister, and a light source within the body. The body includes a longitudinal bore and a defense ring extending annularly around the body. The ring includes an upper surface, a lower surface including an abrasive area for scraping a body surface, and an interior receptacle for collecting material scraped from the body surface. The canister is disposed within the longitudinal bore and includes a nozzle for discharging the self-defense fluid. The whistle includes a mouthpiece and a housing coupled to the spray canister. The housing includes a quick release mechanism for removably attaching the housing to the body and maintaining the canister in a fixed position within the housing. The mouthpiece is pivotally connected to the housing enabling pivoting about the housing to provide access to the nozzle.

A self-defense device includes a body, a self-defense spray canister within the body, a whistle coupled to the body and the canister, and a light source within the body. The body includes a longitudinal bore and a defense ring extending annularly around the body. The ring includes an upper surface, a lower surface including an abrasive area for scraping a body surface, and an interior receptacle for collecting material scraped from the body surface. The canister is disposed within the longitudinal bore and includes a nozzle for discharging the self-defense fluid. The whistle includes a mouthpiece and a housing coupled to the spray canister. The housing includes a quick release mechanism for removably attaching the housing to the body and maintaining the canister in a fixed position within the housing. The mouthpiece is pivotally connected to the housing enabling pivoting about the housing to provide access to the nozzle.

Embodiments of the present disclosure may include a method to augment pilot control of a drone, the method including receiving a planned flight route. Embodiments may also include receiving sensor information from an at least one environment sensor along the planned flight route. In some embodiments, the at least one environment sensor may be located at a predefined location. Embodiments may also include estimating a drone location from the sensor information. Embodiments may also include receiving a speed vector of the drone. Embodiments may also include comparing the drone location to an expected drone location along the planned flight route. Embodiments may also include deriving a flight control command and a speed vector command to return the drone to a point along the planned flight route.