Archery Release Retension System

This application is a non-provisional application and claims the benefit of U.S. Application Ser. No. 63/661,577, titled “BINOCULAR HARNESS LANYARD FOR SECURING ARCHERY RELEASE,” filed by Timothy Jacob Netherton on Jun. 19, 2024.

This application incorporates the entire contents of the foregoing application(s) herein by reference.

Various embodiments relate generally to an apparatus and system to assist with archery.

Hunting is a practice that dates back thousands of years and remains a significant cultural and recreational activity in many parts of the world today. It involves pursuing and harvesting wild animals for food, sport, population control, or conservation. Historically used in pursuit of human survival, hunting has evolved into a regulated activity with modern tools, ethical guidelines, and legal frameworks designed to ensure ecological balance and sustainability.

There are several methods of hunting, each tailored to different environments, game animals, and hunter preferences. Some of the most common techniques include rifle hunting, where firearms are used to target game from a distance, and trapping, which involves setting up devices to capture animals passively. Other methods include stalking, which requires stealthy movement to approach prey, and hunting with dogs, where trained canines assist in locating and retrieving game. These diverse approaches allow hunters to adapt their strategy based on terrain, weather, and the behavior of the target species.

Archery hunting is a traditional and increasingly popular form of hunting that relies on bows and arrows instead of firearms. This method requires a high degree of skill, patience, and precision, as hunters must get closer to their targets and make accurate shots to ensure a humane harvest. Modern archery hunters use compound bows, crossbows, or traditional recurve bows, often paired with advanced sights and gear.

Apparatus and associated methods relate to an archery release retention system (ARRS). In an illustrative example, an ARRS may include a wearable support structure. The ARRS may, for example, include an archery release retention apparatus (ARRA), for example. The ARRA may, for example, include a first connector configured to operatively couple the wearable support structure. The ARRA may, for example, include a second connector configured to operatively couple an archery release. The second connector and the first connector may, for example, be fastened together by a third connector operatively coupled both the second connector and the first connector. Various embodiments may advantageously securely retain a handheld archery release, enabling an archer to have their hands free and the bow in a ready position.

Various embodiments may achieve one or more advantages. For example, some embodiments may advantageously decrease snagging and impact with other objects. Some implementations may, for example, advantageously provide an ambidextrous design suitable for both right-handed and left-handed users. Some embodiments may, for example, advantageously enable fine-tuning of the length of the ARRA.

The details of various embodiments are set forth in the accompanying drawings and the description below. Other features and advantages will be apparent from the description and drawings, and from the claims.

Like reference symbols in the various drawings indicate like elements.

To aid understanding, this document is organized as follows. First, to help introduce discussion of various embodiments, an archery release retention system (ARRS) is introduced with reference to. Second, that introduction leads into a description with reference toof some exemplary embodiments of components of an ARRS. Third, with reference to, an archery release retention apparatus (AARA) is described in application with a wearable support structure or a wrist of a user. Finally, the document discusses further embodiments, exemplary applications and aspects relating to an ARRS.

depicts an exemplary archery release retention system (ARRS)employed in an illustrative use-case scenario. The ARRSincludes a first connector. The first connectormay, for example, provide a horizontal line. The first connectorincludes two or more attachment pointsat opposite ends of the first connector. The two or more attachment pointsmay, for example, include loops. The first connectormay, for example, be configured to operatively couple a wearable support structure. The wearable support structuremay, for example, include attachment structures. The attachment structuresmay, for example, include a clip of a binocular harness. The first connectormay, for example, be configured to operatively couple a wearable support structurevia the attachment pointsoperatively coupling the attachment structures. For example, attachment pointsmay, for example, be threaded through the attachment structuressuch that the attachment pointsoperatively couple the attachment structures. The first connectormay, for example, advantageously enable the ARRSto operatively couple a support structure.

The ARRSincludes a third connector. The third connectormay, for example, include a lanyard. The third connectorincludes an attachment device. The attachment devicemay, for example, include a carabiner. The attachment devicemay, for example, fasten a first end of the third connectorto the first connector. As will be describe in more detail with reference to, the third connectormay, for example, include a friction-based adjustment mechanism configured to adjust the length of the third connector. In some implementations, by way of example, and not limitation the third connectormay be approximately 18 inches in length.

The first connectormay, for example, advantageously enable the third connectorto be moveable along the length of the first connector, making the ARRSambidextrous. The first connectormay, for example, advantageously serve as an anchor point of the third connector, facilitating the retention of an archery release.

The third connectormay, for example, operatively couple a second connectorat a second end of the third connectorvia a fastening device. The fastening devicemay, for example, include a carabiner. The fastening devicemay, for example, operatively couple the second connector. The fastening devicemay, for example, operatively couple the third connector. The second connectormay, for example, be configured to attach to an archery releaseby forming a loop around a designated attachment point on the archery release. The third connectormay, for example, operatively couple the fastening device. The third connectormay, for example, operatively couple the fastening devicevia a girth hitch. The third connectormay, for example, advantageously couple the first connectorand the second connector.

In the illustrative use-case scenario depicted in, a userwears the wearable support structure. The first connectoroperatively couples the wearable support structurevia the two or more attachment points. The attachment devicefastens a first end of the third connectorto the first connector. The fastening devicefastens the second connectorto a second end of the third connector. The second connectormay, for example, attach to an archery releaseby forming a loop around a designated attachment point on the archery release. The archery releasemay, for example, operatively couple the archery weapon.

The ARRSmay, for example, advantageously provide secure retention of a handheld archery release while eliminating the need for an archer to wear a traditional lanyard on their body or stow the release after a shot. The ARRSmay, for example, advantageously reduce snagging, minimizes the risk of the release impacting objects, and enabling an archer to have their hands free to hold the bow in a ready position without muscle fatigue. The ARRSmay, for example, advantageously facilitate a more efficient shot process by keeping the archery release readily accessible and adjustable for both right-handed and left-handed shooters.

depicts an exemplary schematic of a second connector. The second connectormay, for example, be arranged in a substantially similar manner to the second connector. The second connectormay, for example, include an attachment point. The attachment pointmay, for example, include a loop, as depicted in. The attachment pointmay, for example, operatively couple the fastening device, as depicted inand. The third connectormay, for example, operatively couple the second connector at the attachment point. The second connectorincludes a loopthat may, for example, operatively couple an archery release (e.g., archery release) through insertion around an attachment pointas depicted in.

The second connectormay, for example, include an over hand knot (not depicted). The second connectormay, for example, include a wrapping material. The wrapping materialmay, for example, include heat shrink wrap. The wrapping materialmay, for example, advantageously go over the overhand knot.

depicts an exemplary schematic of the second connectorcoupled to an archery release. The second connectormay, for example, be configured to attach to the archery releaseby forming a loop around a designated attachment pointon the archery release. The second connector, may, for example, be arranged in a substantially similar manner to the second connector.

The archery releasemay, for example, be arranged in a substantially similar manner to the archery release.

depicts an exemplary schematic of the first connector. The first connectormay, for example, include a stopper knot. The stopper knotmay, for example, advantageously prevent the attachment pointsfrom slipping through the attachment structureson the wearable support structure, ensuring the first connectorremains firmly attached to the wearable support structure.

In some embodiments, by way of example, and not limitation, the first connectormay include a length approximately 16 inches long. In some embodiments, by way of example, and not limitation, the first connectormay include natural or artificial line materials. By way of example, and not limitation, the first connectormay include rope. By way of example, and not limitation, the first connectormay include cable. By way of example, and not limitation, the first connectormay include yarn. By way of example, and not limitation, the first connectormay include cordage. By way of example, and not limitation, the first connectormay include monofilament. By way of example, and not limitation, the first connectormay include Ultra-High-Molecular-Weight Polyethylene.

depicts an exemplary schematic of the first connectorcoupled to the wearable support structure. The wearable support structuremay, for example include a binocular harness. For example, one of the attachment pointswithout a stopper knotmay be passed through or around one of the attachment structureson the wearable support structuresuch that a remaining portion of the first connectoris pulled to secure the first connectorto the wearable support structurevia the attachment structures. Then, the opposing end of the first connector, not yet coupled to the wearable support structureand including one of the attachment points, may, for example, be passed through another one of the attachment structureson the wearable support structuresuch that the stopper knotis also inserted into the same attachment structureon the wearable support structure, and then the stopper knotmay be pulled through to secure the first connectorto the wearable support structure.

For example, the attachment structuresmay include a clip. For example, the attachment structuresmay include an eyelet. For example, the attachment structuresmay include harness webbing.

depicts an exemplary schematic of a third connector. The third connectormay, for example, operatively couple an attachment device. The attachment devicemay, for example, include a carabiner. The attachment devicemay, for example, operatively couple the third connectorat a first end of the third connector. The first end of the third connectormay, for example, include a thinner diameter than the remaining portion of the third connector. In some implementations, the first end may, for example, include approximately 6.5 inches of line from the third connector. The attachment devicemay, for example, be arranged in substantially similar manner to the attachment device.

The third connectormay, for example, operatively couple the fastening deviceat a second end. The third connectormay, for example, operatively couple the second connectorvia the fastening device. The fastening devicemay, for example, include a carabiner. The fastening devicemay, for example, include a carabiner with a sleeve. The sleevemay, for example, include a rubber sleeve. The fastening devicemay, for example, include a clip.

The third connectormay for example, include one or more tubesA andB such that the one or more tubesA andB wrap around the third connector. The one or more tubesA andB may, for example, include heat shrink tubing. An excess lineof the third connectormay, for example, pass through the one or more tubesA andB, such that the third connectormay, for example, be coiled.

The third connectormay, for example, include a friction-based adjustment mechanism. The friction-based adjustment mechanismmay, for example, include a friction hitch. The friction-based adjustment mechanismmay, for example, create friction within the third connector, allowing for controlled movement and adjustment of tension. The friction-based adjustment mechanismmay, for example, advantageously create an adjustable mechanism that enables an archer to fine-tune the length of the third connector.

The third connectormay, for example, be arranged in a substantially similar manner to the third connector.

depicts an exemplary schematic of an archery release retention apparatus (ARRA)coupled to the archery weaponand the wearable support structure. The ARRAincludes the attachment deviceoperatively coupled to the first connector. The attachment devicemay, for example, advantageously enable the ARRAto move along the horizontal axisof the wearable support structure.

The ARRAmay, for example, operatively couple the archery releasevia the second connectorforming a loop around a designated attachment point on the archery release. The archery releasemay, for example, then be moved along a substantially perpendicular axisto the horizontal axis.

depicts an exemplary schematic of the ARRAcoupled to a wristof a user and the archery release. The ARRAmay, for example, include the third connector. The third connectormay, for example, wrap around the wrist. The attachment devicemay, for example, clip back onto the third connector, forming a secure loop around the wrist.

Although various embodiments have been described with reference to the figures, other embodiments are possible.

Although an exemplary system has been described with reference to, other implementations may be deployed in other industrial, scientific, medical, commercial, and/or residential applications.

The ARRSmay, for example, be deployed in industrial use such as securing handheld tools or equipment in manufacturing or construction environments. By integrating the ARRS, workers can keep tools readily accessible while reducing the risk of dropping or misplacing them, improving efficiency and safety in the workplace.

In scientific industries, the ARRScan be used to retain delicate instruments or devices, such as handheld sensors or measuring tools. ARRSmay, for example, ensures secure retention while allowing researchers to keep their hands free for other tasks, enhancing productivity and minimizing the risk of equipment damage.

In medical settings, the ARRScould be utilized to secure handheld medical devices. This could enable healthcare professionals to keep essential equipment within reach while maintaining mobility and focus on patient care.

For commercial use, the ARRScan be applied to retain handheld devices in retail or logistics environments. This may, for example, ensure quick access to tools while reducing the risk of damage or loss, streamlining operations and improving customer service.

In residential settings, the ARRScan be used for securing household tools or devices. The ARRSmay, for example, provide convenience and safety, ensuring tools are easily accessible while preventing accidental drops or misplacement.

A number of implementations have been described. Nevertheless, it will be understood that various modifications may be made. For example, advantageous results may be achieved if the steps of the disclosed techniques were performed in a different sequence, or if components of the disclosed systems were combined in a different manner, or if the components were supplemented with other components. Accordingly, other implementations are contemplated within the scope of the following claims.