An integrated pet harness with a pet leash, including: a flexible back pad and a flexible chest pad, a pair of first connecting straps and a second connecting strap, oppositely arranged;: connecting to the flexible back pad and the telescopic traction rope on the pad, and the telescopic traction rope can be accommodated in the flexible back pad. The front end of the flexible back pad is provided with a pair of first extension parts extending to both sides; the rear end of the flexible back pad is provided with a pair of second extension parts extending to both sides. There are a pair of third extension parts extending to both sides respectively; a pair of first connecting strips are fixed to the front end of the flexible back pad, and two ends of the pair of first connecting strips are respectively passed through the pair of first extending parts.

Retractable relates to retractable leashes for walking and training dogs or other animals and comprises a housing containing a spring-loaded spool having a leash wound on it and a device for controlling the length of the leash, comprising at least one means for locking the movement of the spool, wherein the device for controlling the length of the leash comprises a device for determining the movement of the spool, an electronic device linked thereto for controlling the means for locking the movement of the spool, a device for activating and deactivating the electronic device for controlling the means for locking the movement of the spool, at least one actuator of the means for locking the movement of the spool comprising a fixing device, the actuator being connected to the device for controlling the means for locking the movement of the spool, and at least one power supply.

A multi-length leash is disclosed that comprises a handle, a line member, and an elastic member. The first end of a first region of the line member is secured to a closed bracket of a leash connector, and the second end is secured to the first stop of a second region. The first end of the elastic member is directly connected with both the handle and first connecting member, and at least the second end is directly secured to the second connecting member that slidably engages with the second region at the second stop. The elastic member is configurable in one of at least a first state or a second state to alter an effective length of the multi-length leash.

A leash is formed with a body composed of an elastomeric material and is configured with several fixed-sized loops and an adjustable loop. The leash includes a buckle connected to one of the fixed-sized loops. The buckle is connected to one of the fixed-sized loops and is slidably engaged with the body so as to cause adjustments in the leash length as the buckle slides along the body responsive to manual forced applied by a user. The buckle is configured to remain at a fixed location on the body absent manual force being applied to slide the buckle along the body. The elastomeric material of the body adds to comfort and safety for using the leash with animal(s) attached to the leash, as well as for increasing secure positioning of the buckle on the body.

Animal leash including an elongate member having a first end region and a second, opposite end region. A clip is arranged at the first end region and attaches to the animal's collar. Two pairs of magnetically coupleable magnets are connected to the member with the first pair including a first magnet at the first end region and a second magnet movable longitudinally along the member and the second pair of magnets including a third magnet movable longitudinally along the member and a fourth magnet at the second end region. The member has an extended, use state in which the magnets of both pairs are not magnetically coupled to one another. The magnets are configured and polarized to enable the magnets of both pairs to be magnetically coupled to one another and provide the member with a coiled state around the animal's neck.

The present disclosure generally relates to leash apparatuses, and more particularly to leashes having a carabiner handle. The carabiner leash of the present disclosure may offer a comfortable handle, with a carabiner gate that allows pet owners the ability to attach or “park” their pet to an object without needing to unlatch the pet from the leash.

The present invention relates to a retractable leash device primarily comprised of a housing, a disk, a leash and a harness and/or collar. The housing is preferably circular and houses a rotating and locking disk, wherein the housing attaches magnetically to a flat bottom member and the member attaches to a magnet located on the harness or collar. The disk further receives a leash that can be retracted within the housing around the disk for storage when not in use. In addition, one embodiment of the device may allow for the attachment of a second device that has an additional tether, such that a user can tether a second animal to the device as it is worn by a first animal. Therefore, a user can walk multiple animals using only one leash, and wherein the tether can still be stored within the housing when not in use.

A reciprocating leash to walk animals. The leash includes a handle, a slip zone, and a cord. The slip zone is located at a cord end of the handle. The cord is located in the slip zone. A middle portion of the cord is defined between a left stop and a right stop. A left end portion of the cord is defined from the left stop to a left end of the cord and a right end portion of the cord is defined from the right stop to a right end of the cord. The middle portion passes through the slip zone and is movable in and out of the slip zone through a range of travel limited to between the left stop and the right stop. The left end and the right end each include an end clip to repeatably be connected to and released from animals.

A retractable leash with automatic locking and unlocking function including a housing, a spool with a cord wound therearound, a braking means, a cord opening, a stopping means and a biasing means. A second portion of the stopping means abuts against the cord in such a way that tensioning of the cord by an external force actuates the stopping means to overcome biasing force of the biasing means to rotate to the locking position, and untensioning of the cord by the external force returns the stopping means from the locking position to the unlocking position. The present invention automatically locks the leash when the dog rushes, thus improving safety of the leash.

The present invention relates to a pet collar device capable of securing a leash. In one embodiment, the leash having a static portion and a retractable line portion integrally attached to the collar and is housed in a housing. A free end of the leash is accessible to a user and has a loop fastener which is releasably fastened to a hook fastener positioned on the collar. The leash is extended by pulling the retractable line from an opening of the housing to expand the length of the leash for use by a user. In another embodiment, the leash is stored in a zippered pouch, wherein the pouch is attached to the collar and includes a zippered fastener for accessing the stored leash. One end of the leash is attached to the collar and the opposite free end is accessible for pulling out the leash from the pouch.