A dog harness assembly includes a chest section that has a front edge and a rear edge. A stomach section is attached to the rear edge of the chest section. A back section has a forward end and a rearward end. A coupler attaches the chest and back sections to each other and includes an opening to receive a head of the dog. A connector secures the stomach section to the back section. A control strap includes a first strap section and a second strap section each having a first end attached to the chest section. A loop is attached to the first and second strap sections distal to the first ends. A pair of guides is attached to the back section. Each of the guides receives one of the strap sections. The front edge is pulled toward the forward end when the loop is pulled rearward.

A collar assembly includes a main body configured in an uninterrupted loop, the main body having an outer surface, an elongated body extending away from the main body, the elongated body configured to at least partially wrap around and connect to the outer surface of the main body and the elongated body having a holding portion thereby allowing a user to use the elongated body as a leash.

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.

Systems and techniques are described for pet monitoring during unattended delivery. In some implementations, a monitoring system monitors a property includes sensors located throughout the property and generates sensor data. A monitor control unit receives a first indication that a resident of the property will be receiving a delivery during a delivery time. Based on the sensor data and during the delivery time, the monitor control unit determines that a pet, that resides at the property, has been restrained. The monitor control unit provides, to a delivery person, a second indication that the pet at the property has been restrained.

The object of the invention is a protecting device for an elongated flexible member, the protecting device acting as a protection against biting and chewing on the elongated flexible member and being placed on at least a part of the elongated flexible member, wherein the protecting device is a spring made of wire or an array of rings arranged coaxially on a connecting element, the pitch of the spring or the distance between adjacent rings being respectively in the range of 0.05 cm to 5 cm; and an elongated flexible member with a protecting device.

The present invention, Doggie Poop Saddle, involves a one-piece item (saddle) which fits over the back of a dog. This harness is designed with two large pockets which hang on each side of the dog's rib cage, a front neck strap and a back-end strap. The saddle pockets will hold poop collected by the person walking the dog. The walker can retrieve a plastic bag from the “slit” pocket located in the middle of the one-piece saddle on top of the dog's back. This invention frees up the walker from carrying an unsanitary and smelly bag of dog poop by hand for the entire walk. It also provides a vehicle by which the dog walker can help keep the neighborhood and the walking area free of dog poop. This Doggie Poop Saddle can be made to fit small, medium and large dogs.

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 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.