A pet leash for facilitating detangling has a rope with a length disposed between a first end and a second end opposite the first end. A first loop is attached at the first end of the rope, and a second loop is attached at the second end of the rope. Each loop is meant to be held by a hand of a person. A first base is located where the first loop is attached to the first end of the rope, and a second base is located where the second loop is attached to the second end of the rope. A ring is attached to the rope. The ring slides along the length of the rope between the first base and the second base, so as to prevent tangling of the rope during use. A clip is attached to the ring. The clip allows for attachment to and detachment from the collar of the pet.

Methods and systems are presented to configure leashes using a commercial heat press. A first or second strap (or both) is marked adjacent one or more hot platens. Then a handle assembly of a leash is configured to include a handle and a handle support that both extend between first and second joints, with the handle being longer than the handle support and being strongly connected to a distal portion of the leash (i.e. away from the user).

The present invention relates generally to the field of dog control devices. More specifically, the present invention relates to a dog leash control sleeve device that is primarily comprised of a generally cylindrical, rigid body in the form of a central shaft. The shaft is further comprised of a first end with a handle and a second end with a handle. Each end is further comprised of a continuous opening that allows a dog leash to be inserted through each handle and through the central shaft. Therefore, the device can be attached around a dog leash while it is attached to a dog or other animal. While attached around a leash, the handles of the device can be grabbed to provide extra control over the dog or animal attached to the leash. The device may also be comprised of a wrist strap and a post that a leash can be wrapped around for additional stability and security to a user.

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.

A dog leash attachment system for selectively and releasably attaching a dog leash to a dog collar or harness, wherein the dog leash and the dog collar or dog harness each comprises a portion of a fastener device further comprising at least one magnetic attachment component and at least one mechanical attachment component. One portion of the fastener device is attached in fixed relation to the dog leash at a position proximal to the distal end of the dog leash. Another magnet is disclosed for use in maintaining a portion of the fastener device proximally to the collar or harness when the leash is not in use.

The present invention teaches a system for hydrating a dog during a walk or a jog, including a hand-held rehydrating liquid reservoir, a tube for feeding the rehydrating liquid to a dog collar, and a dog collar that presents the rehydrating liquid in proximity of a dog's mouth. The liquid transport arm may be one quarter or one half elliptical in shape. The liquid transport arm may include mouthpiece which may be a flavored treat, wherein the flavored treat may include holes allowing the rehydrating liquid to pass therethrough for presentment to the dog's mouth.

An adjustable side lead animal harness with a top portion, bottom portion, and chest portion that are connected so that upon excessive pulling by the animal, the chest portion collapses bringing the animal's legs together to discourage pulling. A strap of the chest portion is threaded through a ring and doubled-back through a modified ring.

A size-adaptable dog lead, comprising a leash component having a first cord portion, a handle formed at one end of the first cord portion, and a ring attached to the end of the first cord portion opposite the handle; a harness component connectable to the leash component, wherein the harness component further comprises a second cord portion formed into a collar band and a chest band; a releasable clasp attached to one end of the second cord portion adapted to engage and disengage the ring attached to the first cord portion; a loop formed at the end of the second cord portion; a ring interlocked with the loop; wherein the collar band is formed by passing one section of the second cord portion though the ring interlocked with the loop and around the neck of the dog; and wherein the chest band is formed by passing another section of the second cord portion transversely under the body of the dog and then upward and through the loop for attachment to the leash component using the releasable clasp.

A collar includes a first portion and a second portion. The first portion includes a first material strip having a first end and an opposing second end, a first connector coupled to the first end, and a second connector coupled to the opposing second end. The second portion includes a second material strip having a third end and an opposing fourth end, a third connector coupled to the third end, and a fourth connector coupled to the opposing fourth end. The first connector is configured to selectively engage with the third connector and the second connector is configured to selectively engage with the fourth connector to facilitate selectively coupling the first portion and the second portion together.

A canine feces catching device for removal of excrement includes a leash that includes an extendable cord; a radio controller within the leash for control of the feces catching device; a button on the leash for operation of the radio controller; a moving element that moves along the cord in response to a signal from the radio controller; a platform formed as either as a widened part of the extendable cord or as a separate wider element supported by the leash; the moving element including a collecting device supported by the platform and configured to move along the platform and to stop at a predetermined location; a soft insert for the collecting device; a movement stopper that limits movement of the device along the platform; and a guiding rod for positioning the collecting device on the platform in a forward or backward direction.