A leash comprises a main strap; a pet attachment arm connected to the main strap, the pet attachment arm including an animal connection mechanism; and a pet accessory arm connected to the main strap, the pet accessory arm including an accessory connection mechanism. A method of using a leash includes holding the leash and connecting the leash to a pet.

An animal restraint is provided. The animal restraint includes an elongated rod having a top end and a bottom end. A head mount includes a mount post and a bracket extending from the mount post. The mount post is slidably attached to the top end of the elongated rod. The mount post is rotatable relative to the elongated rod about a longitudinal axis of the elongated rod. The present invention further includes a retractable leash. The retractable leash is secured to the bracket. The retractable leash includes a housing and a leash operable to extend from and retract within the housing. A hook is attached to an end of the leash.

An interactive system for monitoring health and movement of an animal has an elongated band adapted to encircle on a body part of an animal, a tracking chip to monitor movement of the animal within and outside of a geofence, a lock to provide an opening and closing of the elongated band, a means for health monitoring to collect a data set for a plurality of vital signs of the animal, and a user interface to notify a pet owner about the outside movement of the animal from the geofence. Further, the system enables the authorized users to log into the communicating device such as a computer or any other computing device and track the movement and view health information of the animal while it needed.

Embodiments of the disclosure provide an intelligent dog training apparatus and a control method thereof. The intelligent dot training apparatus includes a transmitter and receivers. In the disclosure, a single transmitter is adopted to collectively control one or multiple receivers, achieving effective control on multiple pets at the same time. Function buttons are locked through a lock button set in the transmitter to prevent incorrect operations. The vibration frequency and electric shock strength can be optionally adjusted, thereby facilitating use. Control states and power can be observed through a display screen, achieving high practicality.

A wearable accessory can include one or more retainer arms and a housing. The one or more retainer arms can couple to a wearable article. The housing can define an inner chamber that is sized for receiving component that is coupled to the one or more retainer arms. The housing can move between a closed position and an open position. The housing can protect the component from the environment external to the chamber in the closed position and reveal the component to the environment external to the chamber in the open position.

There is disclosed a pet tethering device including: a platform, a harness, and a tether. The harness includes: a girth strap to position about the pet's waist, the girth strap including a first loop; a collar strap to position about the pet's neck, the collar strap including a second loop; and a back strap to position along the pet's back, the back strap including a top and a bottom, wherein the top is attached to the collar and the bottom is attached to the girth strap. The tether includes: a first end attached to the platform; and a second end including an attachment device, wherein the second end is threaded through the first loop and the attachment device is attached to the second loop when the harness is positioned on the pet.

A handle for a pet leash includes: a cylindrical core; a first cylindrical storage cavity housed within the cylindrical core; and a lead line attachment feature. A handle for a pet leash includes: a first storage cavity; a second storage cavity; and a lead line attachment feature. A leash comprising: a handle comprising: a first storage cavity; and a second storage cavity; a lead line coupled to the handle; and an attachment feature coupled to the lead line.

The automatically detachable collar pendant system is structured so that when the system receives a signal, one end of the collar is released from the rest of the collar body, thereby unfastening the collar and allowing the collar to fall off of a target animal. The “signal” may comprise a magnetic or induction heat signal. In the preferred embodiment, the signal is received (and the collar is unfastened) when the target animal feeds at a specially-equipped bait station.

A pet-garment system including a pet-vest-assembly, one or more shoe-assemblies, and a bite-protection-collar. The pet-vest-assembly includes pet-vest and a plurality of vest-straps. The body assembly includes a vest-material, with the vest-material defined by a neck-opening, two front-leg-openings, and a rear-body-opening in functional combination. Preferably, the vest-material is puncture resistant to provide longevity and durability, and additionally water-resistant to provide additional comfort to the pet. The pet-garment system further includes a first-storage-pocket useful for storing one or more shoe-assemblies, a second-storage-pocket useful for storing pet-related accessories, a vaccination-opening useful for allowing the pet to receive vaccinations without a need to remove the pet-vest-assembly, and includes a handle useful for lifting and carrying the pet, in the preferred embodiment.

A drug delivery pump includes a dosing chamber (16) for delivering a substance (18) therefrom, pushing apparatus, and a thermal energy source (14) arranged to cause a sufficient change in temperature in a portion of the pushing apparatus so that the pushing apparatus imparts a pushing force against the substance to cause the substance to be delivered from the dosing chamber. A controller (90) controls delivery of the substance from the dosing chamber. A thermal insulator (24) thermally insulates the substance in the dosing chamber from the thermal energy source.