The present invention is a locking device that can be integrated onto a leash, and which provides a solution to the problem of slip-on collars over tightening or being inconvenient to use. The locking device comprises of a main body, a lock piece, a hook, and one or more arms. The one or more arms are connected within the main body to engage with the hook and the lock piece to lock a width of a collar portion which is formed from the pieces integrated onto the leash. The main body is configured to slide on the leash, and the lock piece is fixed onto the leash and when the lock piece slides into the main body, the main body is prevented from sliding. The hook is connected to a first end of the leash and when inserted into the main body forms the collar portion.

Using various embodiments, methods and apparatuses for a shock-absorbing leash are described. In one embodiment, the shock-absorbing leash comprises a handle portion, a cord of predetermined length, a coiled spring coupled to the cord, a gripping sheath configured to cover at least a portion of the cord and/or provide support, by creating a tight/snug fit, to a coiled spring that is located underneath the cord, and a latch assembly coupled to the coiled spring. The latch assembly is configured to be coupled to a collar or harness of an animal.

Certain exemplary embodiments can provide a system, which comprises a first leash handle and a second leash handle. The first leash handle comprises a first pulley and a first retractable belt. The first leash handle comprising a first weighted portion that adds at least 400 grams to a weight of the first leash handle, first pulley, and first belt without the weighted portion. The second leash handle comprises a second pulley and a second retractable belt. The second leash handle comprising a second weighted portion that adds at least 400 grams to a weight of the second leash handle, second pulley, and second belt without the weighted portion.

A leash booster adapter is descripted which is attach to each end of a section of pet leash, and comprises an elastic member between shorter than the pet leash section to which it attached. In use, the device applies progressive resistance to the pet proportional to the stretching force provided by the pet pulling on the leash: the harder the pet pulls, the more resistance is felt. Rather that a hard jerk felt by the pet when it pulls, a gentle resistance is first felt, increasing in force as the pet pulls harder.

A control handle for selective attachment to an animal collar or harness includes a loop member having one or more retention members attached thereto. In addition, a grasping member is provided by the loop member. During use, the loop member of the control handle is brought under an attachment section provided by the animal collar or harness that is positioned around the animal's neck, and is pulled partially around the attachment section of the collar or harness to form a pair of grasping loops for the handler of the animal to hold. The retention members further retain the control handle to the attachment section of the collar or harness. As a result, the control handle converts the collar or harness into a working animal collar or harness.

A pet lease device includes a first resilient section having a first portion and a second portion. A handle section includes a connecting end engaged with the first portion of the first resilient section and a handgrip. A tail section includes a first engaging end engaged with the second portion of the first resilient section and a connecting member. An optional coupling ring is fixed to the tail section. An optional restraining section includes a fixing end engaged with the handle section and an engaging end. When the engaging end of the restraining section is not engaged with the coupling ring, the first resilient section is permitted to stretch. When the engaging end of the restraining section engages with the coupling ring, the first resilient section is not permitted to stretch.

The present invention is to a collar for animals that can be converted on-the-fly for use in both training purposes by providing cinching around the animal's neck and for non-training purposes wherein the cinching is reduced or prevented.

An apparatus for walking an animal, the apparatus including a wearable strap for positioning over a shoulder of a user. The strap has a front portion and a back portion. An attachment device is positioned between the front portion and the back portion. The attachment device is positioned at the bottom of the strap and configured to receive a leash therein. The positioning of the attachment device at the bottom of the canine handling apparatus allows the forces from the leash to be applied to the waistline of the user. A storage pouch is releasably attached to the strap. The storage pouch is configured to store and dispense waste bags and for receiving and containing waste bags filled with waste.

A retractable leash and collar/harness assembly. The assembly includes a flexible handle with a hub assembly in the forward end thereof. The hub assembly contains a spring member and leash line coiled and enclosed within the hub. The leash line is connected to a collar or harness and the handle and collar or harness include a connector thereon to allow the components to be nested each other and folded to provide a compact retractable leash and collar/harness assembly which is easily transportable by the user.

A correction device includes a collar segment for extending in a circumferential direction around an animal’s neck. A lever arm affixed to the collar segment. The lever arm has an extent transverse to the circumferential direction. The lever arm has a first end extending beyond a circumferential edge of the collar segment and is rotationally displaceable about the circumferential direction to contact a rear of the neck of the animal when the animal pulls on a leash connected to the lever arm. The lever arm has a connection position opposite the first end for attachment of the leash.