Patent Application
20240102771
The present invention relates to holsters or carrying bags for weapons, including firearms. In today's world, may people protect themselves and/or their homes with weapons, including firearms. The safe storage and deployment of these weapons is critical to weapon/firearm safety and prevention of accidents. With the current devices available in the art, safe deployment of a firearm poses many problems. Unholstered firearms are prone to alarm by-standers, make it difficult to manipulate other tools, and increases the chances of unintended accidents. Calling the police while holding a firearm occupies both hands and makes it difficult to complete other tasks. Approaching a confrontation with an exposed firearm can make any chance of de-escalation difficult. Manipulating buckles or straps commonly found on most chest holsters can be difficult in times of extreme stress.
Most similar typed holsters are too large to fit inside gun safes or furniture hides. Most comparable holsters require fine motor skills to don and operate. Most do not allow hands free communication with law enforcement as part of their design. This system is simple to use, swift to don, under any conditions.
The utility pouch of the present invention is designed to provide easy, quick and safe access to a weapon, specifically a handgun. The present invention makes it easy for a user to grab, install and wear on their body, and provides secure and quick access to the weapon stored inside. The pouch is supported by a neck lanyard for suspension and a waist lanyard for securing to the body. It requires no fine motor skills to operate thus offsetting the adverse effects of adrenaline. The rear pocket for a communications device affords the wearer hands free communications with the police, thus reducing the chances of criminal prosecution or civil penalty, post incident. The pouch conceals the firearm from view, thus allowing for possible de-escalation. Further, the present invention is designed to fit inside most gun safes or hides so that firearms are immediately deployable in a safe, but expeditious manner.
The following detailed description refers to the preferred embodiment of the disclosed invention as shown in the attached figures and in the below description. This detailed description is not meant to limit the scope of the invention in any way but is intended to disclose the preferred embodiment/best mode of the invention at the time of filing this application.
Waist lanyard 108 is formed of rope and is wrapped around the midsection of the user to secure pouch 100 to the user's body. In the preferred embodiment the type of rope is nylon, but any type of rope known in the art could be used. Waist lanyard 108 has a first end secured by waist lanyard grommet 109 and a second unattached end that, when not in use, is stored in waist lanyard pocket 107. When pouch 100 is worn by the user, waist lanyard 108 is deployed from waist lanyard pocket 107 and wrapped around the user's midsection. In this deployed state, the first end of waist lanyard 108 is secured by waist lanyard grommet 109 and the second end, after being wrapped around the user's midsection, is secured to waist lanyard cleat 105. Waist lanyard grommet 109 is a circular grommet that allows deployment of the nylon rope of waist lanyard 108. Waist lanyard cleat 105 is an oval shaped device with gripping ridges along the inner edge. When the second end of waist lanyard 108 is wrapped around waist lanyard cleat 105 which provides secure attachment of the lanyard. Waist lanyard 108 is located above the waist lanyard pocket in order to provide user access to waist lanyard 108 in the most expeditious and secure way. Side handle 122 allows the user to carry the pouch from the side if they so choose.
In another embodiment, an additional waist lanyard cleat 105 could be affixed to the opposite side of pouch to facilitate a reverse direction of the operation. Further, other designs for waist lanyard cleat could be utilized including many well known in the art.
To store waist lanyard 108, the user removes the waist lanyard 108 from the waist lanyard cleat 105 and places waist lanyard 108 into waist lanyard pocket 107.
Front compartment 106 is formed of mesh in the preferred embodiment and may be utilized to store any small items desired to be carried with the pouch 100.
In the preferred embodiment, waist lanyard 108 is nylon rope, but other suitable materials such as polyester, cotton, polypropylene, polyethylene, carbon fiber, and hemp could be used.
Pouch 100 is manufactured out of a durable material such as Cordura™ or other nylon materials utilized for manufacture of luggage or other types of bags used for storage and carrying of items. Materials such as ballistic nylon, nylon, polyester, leather, imitation leather, polycarbonate, polypropylene, Kevlar and aluminum could be used, as well as any material well known in the art. The pouch 100 of the present invention is assembled by cutting and sewing panels but other manufacturing methods well known in the art could be used.
To deploy neck lanyard 110, the user pulls neck lanyard 110 through neck grommets 116. Neck grommets 116 are circular metal grommets that allow the lanyard to be pulled smoothly through them and protect the pouch material from wear. A fabric sinch 120 is attached to the neck lanyard ends 119 of neck lanyard 110 and is used to prevent neck lanyard ends 119 from pulling through neck grommets 116. Other methods utilized could be metal clips, knots on the ends of neck lanyard or any other method well known in the art. Neck grommets 116 are installed by crimping or sewing the grommets to the fabric of pouch 100.
To store neck lanyard 110, the user opens rear compartment enclosure 115, reaches through rear compartment opening 114 and pulls the ends of neck lanyard 110 so that it is fully stored in rear compartment 113.
Mobile phone compartment 112 is also shown in the rear of pouch 100. Mobile phone compartment 112 is used to store a communications device for easy user access. This allows quick communication with authorities or other parties when necessary. In the preferred embodiment, mobile phone compartment 112 is open at the top for easy access by the user. In an optional embodiment, mobile phone compartment 112 is opened and closed by mobile phone compartment enclosure 118, in the preferred embodiment a zipper, though any other enclosure method well known in the art could be used, such as hook and loop. Further rear handle 111 allows another grip method for carrying pouch 100 when not worn around the user's neck.
Neck lanyard 110 is deployed and placed over the user's neck. Then waist lanyard 108 is wrapped around the user's midsection and secured by waist lanyard grommet 109 and waist lanyard cleat 105. When in this secure position, the user has easy access to the main pocket of pouch 100.
In this view, the rear of pouch 100 with neck lanyard 110 pulled out of rear compartment 113. In this view, rear compartment opening 114 and rear compartment enclosure 115 are open and neck lanyard ends 119 are visible. Also visible are neck lanyard sinch 120 which prevent neck lanyard 110 from being pulled through neck lanyard grommets 116. To fully store neck lanyard 110, neck lanyard ends 119 are stored in rear compartment 113 and rear compartment enclosure 115 is closed.
Although the present invention has been described in relation to the above disclosed preferred embodiment, many modifications in design, implementation, systems and execution are possible while still maintaining the novel features and advantages of the invention. The preferred embodiment is not meant to limit the scope of the patent in any way, and it should be given the broadest possible interpretation consistent with the language of the disclosure on the whole.
