An animal harness may allow a user to support a disabled animal in an upright position during walking, physical therapy, or other activities. The animal harness may comprise a saddle which further includes two ratcheting devices, a handle attached to the top of saddle, two retraction mechanisms each coupled to a corresponding ratcheting device, and two straps, wherein one end of each strap may be attached to the saddle and the opposing end of each strap may be coupled to a corresponding ratcheting device such that each strap forms an adjustable loop configured to fit around the limb of an animal. Each strap may be removable from the harness. The handle and each ratcheting device may be removable from the saddle. The user may remove the handle from the saddle by engaging a release mechanism coupled to the handle. The handle may be rotatable. The saddle may include a cushion.

Animal umbrellas adapted to protect animals, more specifically household pets, from precipitation and sun radiation. The animal umbrellas include a shade held at a distance from an animal's body by a plurality of ribs and stretchers, and is attached and extends from at least one collar or harness placed on the animal. A leash can be incorporated and releasably attached thereto.

A device for determining a parameter of the locomotion of animals has at least one marker with a tracker, and/or at least one sensor and an evaluation unit. The marker and/or the sensor are attached to a jacket provided for dressing the animal. The marker and/or sensor is arranged on the jacket so that the marker is arranged on the animal wearing the jacket having a defined spatial assignment to a parameter-relevant body location of the animal associated to the marker and/or sensor. The evaluation unit determines a parameter of the locomotion on the basis of a motion, detected by the tracker, of the parameter-relevant body location associated to the marker and/or on the basis of a motion, detected by the sensor, of the parameter-relevant body location associated to the sensor.

An assembly providing a leash component, a harness component and an attachment mechanism adapted to attach the leash to the harness is provided. The leash includes two or more handles positioned along its length that may be connected together to effectively reduce the leash's length. The attachment mechanism includes guiding magnets that may facilitate the proper alignment and orientation of the mechanism during engagement between the leash and the harness. In this way, the attachment mechanism is configured to be activated using one hand.

A device for controlling the bark of an animal. The animal bark control device includes a housing having a curved bottom side extending between opposing distal ends forming an open neck receiving area. The curved bottom side can rest flush against a neck of a dog when mounted thereon. A speaker is disposed on a front side of the housing such that the speaker faces toward an ear of the dog when the housing is secured to a dog collar and mounted against the neck of the dog. The animal bark control device mounts to a dorsal region of a pet dog thereby allowing the speaker to deliver an audible corrective sound directly to the dog. A bridge extends from the housing, wherein the housing is movable along a longitudinal length of the bridge in order to adjust the placement of the housing when mounted to the dog.

The invention discloses smart Artificial Intelligence powered body harness system for support animals or pets such as a dog and which is capable of real time monitoring of human health, wellbeing, behavior and status of an owner or handler or any of the person of interest within proximity of the equipped support animal or pet. Further, the smart body harness and armor system is capable of monitoring the emotional state and body biometrics and health of the support animals or pet and to transmit in real time the collected data to a centralized monitoring center for AI and human analysis and then reporting on those results to the pet owner and any interested person or organization granted secure access via his/her smartphone or any other network enabled device. The smart body harness system of present invention is comprising of: a flexible body of a harness capable of conforming the body shape of the pet support animals which is further augmented with a network of plurality of electronically connected housings built within the flexible body of harness to support the real time monitoring instruments; each such base stations of the body harness incorporates one or more electronic sensor base plate or mounting platform all of which are networked together as a part of global monitoring network; a plurality of weatherproof, waterproof and shock resistant container having not less than a microcomputer with integrated peripheral devices including but not limited to, a camera, a microphone, a 4G and 5G wireless network components, a Bluetooth module, a Wi-Fi, Battery pack and many more mounted within the base stations of the body harness which acts as a mounting receptacle for the container. Further, each such container has transparent housing for its camera device and each container device is interchangeable with other container device due to the ability of containers to snap-in to the housings via mechanical, magnetic or clip-on mechanisms.

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 lighted pet harnessing device for illuminating an area in front of a pet includes a harness that is configured to couple to a pet and a leash. A lighting module that is coupled to a front of the harness is configured to illuminate an area in front of the pet when the harness is coupled to the pet.

Embodiments of the present disclosure provide an animal waste collection wearable. The wearable includes a harness member for mounting to a body of an animal. The harness member covers a hind end of the animal while exposing a tail and an anal area of the animal through an opening. The harness member includes a plurality of leg strap members configured to wrap around hind legs of the animal and releasably engage with a fastening means for mounting the harness member to the body of the animal. A first hook member and a second hook member configured on a left arm and a right arm of the opening, respectively and are adapted for securing a waste collection bag to the harness member. The waste collection bag removably mounted to the harness member conceals the opening and ensures complete entrapment of the anal area for collecting excrement of the animal.

An object of the present invention is to provide a method for easily managing a health condition of grown-up cattle. The method for managing a health condition of grown-up cattle, including: calculating at least one (hereinafter referred to as beat values) of average values of the beat intervals, variations in the beat intervals, beat numbers, HFs, or LF/HFs in the predetermined period; obtaining a regression formula of the beat values and the accelerations, and obtaining a beat value when an acceleration is 0 (hereinafter referred to as a time A.sub.0) using the regression formula; and determining that the grown-up cattle is in a fasting state when a magnitude relationship of at least one of following formulae (1) to (5) is satisfied, and determining that the grown-up cattle is in a non-fasting state when none of magnitude relationships of following formulae (1) to (5) is satisfied:

the average value of beat intervals at the time A.sub.0>A.sub.1(1)

the variation in beat intervals at the time A.sub.0>A.sub.2(2)

the beat number at the time A.sub.0<A.sub.3(3)

the HF at the time A.sub.0>A.sub.4(4)

the LH/HF at the time A.sub.0<A.sub.5(5).