A leash includes at least one light emitting device that is configured to move when a lead line moves to permit the focal point of the light emitted from the light emitting device to be automatically-aimed toward a pet in response to motion of the pet. The self-aiming of the light emitting device may occur automatically so that a user holding the leash does not have to do any adjustment of the holding of the leash to cause the light emitting device to be aimed toward the pet as the pet moves during a walk.

A canine tethering device for walking a dog includes a leash that is coupled to an upper end of a frame. An umbrella, a flashlight, and a pouch are coupled to the frame. A sprayer that comprises capsaicin and propellent is coupled to the leash. The sprayer is configured to selectively aerosolize the capsaicin. Waste bags are sequentially extractable, through a hole that is positioned in the pouch, from a roll that is positioned in the pouch. A pair of jaws is pivotally coupled to a lower end of the frame. An actuator is coupled to the frame proximate to the upper end. The actuator is operationally coupled to the jaws. The actuator is positioned to pivot the jaws to an open configuration to insert dog waste between the jaws and to pivot the jaws to a closed configuration to collect the dog waste.

A dog collar light with An LED housing, an electronics housing, left and right-side knobs, a front lens, LED lights, a battery and an elastic attachment band. The LED housing can pivot within arms extending from each side of the electronics housing. The electronic housing also includes a fur guard to help keep fur from blocking the LED lights. The side knobs are used for rotating the LED housing up or down and are made of transparent material so that light can shine out from either from the front lens of the LED housing or from the left and right knobs. The LED lights are powered by a battery located within the electronics housing. The elastic band attaches to the electronics housing and holds it to a dog collar so that the LED lights can shine light onto the ground in front of the dog.

A protective aposematic mimicry device is provided. The device mimics natural aposematic signals found in nature to deter a predator from attacking a small animal or pet. The device includes a harness, a winged shape cutout for attaching to the harness and model eyes attached to the winged shaped cutout. In an alternate embodiment the harness includes model eyes functioning as buttons for attaching the winged shaped cutout to the harness.

Embodiments of a dog leash are provided herein. In some embodiments, a dog leash includes a strap having a collar end and a handle end, a strap buckle connected to the collar end, a collar buckle having a central channel and an opening at an end of the central channel, wherein the opening is configured to retain a metal ring, and a tag having a first recess on a first side and a second recess on a second side, wherein the first recess is capable of retaining the strap buckle to connect the strap buckle to the tag, and wherein the second recess is capable of retaining the collar buckle to connect the collar buckle to the tag.

A decorative pet bandana including a collar retaining portion that has a notch formed near the center of the collar retaining portion to reveal pet tags over and near the center of the decorative pet bandana and including two open ends disposed at each ends of the collar retaining portion to reveal pet collar end connectors.

A pet harness system including a harness assembly including a wrap harness having, a pair of leg apertures, a closure-section, a first-ring, and a second-ring, a split leash having a first-end and a second-end. The wrap harness is configured to be worn by a pet. The closure-section includes a fastener which is configured to secure the wrap harness around a pet-body. The first-ring is configured to receive the first-end of the split leash and the second-ring is configured to receive the second-end of the split leash. The split leash and the wrap harness may be used in combination for controlling an animal.

A device installation structure for detachable pet products, a pet leash, and a pet tethering rope may be provided. The structure may include a detachable device installation structure; an elastic hook, including an elastic extension portion mounted on the detachable device and extending outward; a first bending portion located at the end of the elastic extension portion and bent towards the direction close to the detachable device; a second bending portion located at the end of the first bending portion and bent towards the direction away from the detachable device.

A light up buckle for use with a dog collar. The buckle design comprises a Plastic Computer Board (PCB) which incorporates LED's, a mini-USB port, a switch and a rechargeable battery. The entire assembly is water-resistant, by means of two rubber components that interlock when the buckle is closed. The buckle is intended for illumination at night to aid the visibility of an owner's canine that wears the buckle on the collar.

A novel pet finder and rescue tracker device is disclosed. The device is a microchip that can be fastened to a collar by way of a tag or pendant, incorporated into the pet's collar itself, implanted under the animal's skin like a standard microchip, or secured to a smart watch if used with a person. The pet finder and rescue tracker device comprises a body component comprising a battery, a microchip, a location tracking component, an audible component, at least one light, and a transmitter/transceiver. Typically, when the microchip/body component senses danger, it will light up and start flashing and making noise to aid those in search of the animal. The schematic on the app will also light up in the location of where the animal is, in order to aid in its rescue.