A portable ground picking collector includes a picking tool having two picking portions and a control arrangement equipped with a disposable bag. The disposable bag is constructed by two bag layers to define a storage cavity and an opening. The control arrangement is provided at the picking portions of the picking too, such that when the picking tool is actuated to move the picking portions thereof away from each other, the opening of the disposable bag is opened up for receiving ground waste in the storage cavity. When the picking tool is actuated to move the picking portions thereof toward each other for picking up the ground waste, the opening of the disposable bag is closed to retain the ground waste in the storage cavity, such that the disposable bag is detached from the picking tool for disposing the ground waste in the disposable bag.

A solid pet waste vacuum and bagging device is described. The device is equipped with a canister, collection chute, vacuum motor, and a bag cartridge. The device eliminates the need for an individual to come into any contact with pet waste, including the temperature and the smell conventionally known to emanate from pet waste. The device employs the vacuum motor to collect pet waste within the bag via the collection chute. The collection chute is lined with a plastic bag, which is sealed and released from the collection chute within the canister upon activation of a dispose button by the user. The device is powered by rechargeable batteries, and may be equipped with a charging cradle to maintain a fully charged battery.

A device for picking up animal waste is described that use a waste bag. The pick-up device includes a first concave body and a second concave body that form a waste collection cavity. A hinge along a fixed edge allows a movable edge to move between an open position and a closed position. A spring biases the device into the closed position. An activation mechanism is provided to overcome the biasing force of the spring. Waste bag retainers retainer the waste bag within the waste collection cavity.

A pet waste collector includes a bag body and a waste collecting apparatus. The bag body, which is made of flexible material, has a top opening and a waste collecting cavity. The waste collecting apparatus includes two elongated scraper arms spacedly affixed at the bag body to partition the bag body into a first bag portion and a second bag portion. When the bag body is reversibly flipped inside out from the top opening to form a temporary waste cavity within the first bag portion of the bag body, the scraper arms are moved toward each other for enclosing the temporary waste cavity within the first bag portion of the bag body and for scraping a pet waste within the temporary waste cavity. Therefore, the bag body is flipped back for automatically retaining the pet waste in the waste collecting cavity from the temporary waste cavity.

A pet waste scoop assembly to collect pet waste is provided. The pet waste scoop assembly includes at least a scoop member, a receptacle, and a door. The pet waste scoop assembly may further include a handle. The pet waste scoop assembly may further include a paper bag. The scoop member may be aligned with a frame to thereby position at least one projection so that the door may freely swing without interruption from the bag that is inserted into the receptacle. The pet waste scoop assembly may be assembled in situ by connecting the scoop member and at least one of a handle and/or an adapter.

The automatic dog waste pick-up tool is a tool. The automatic dog waste pick-up tool is an electrically powered device. The automatic dog waste pick-up tool picks up the elimination of a companion animal from a surface. The automatic dog waste pick-up tool transports the collected elimination to a waste bag in preparation for disposal. The automatic dog waste pick-up tool comprises a collection structure, a disinfection structure, and a control circuit. The disinfection structure and the control circuit mount on the collection structure. The collection structure collects the elimination. The disinfection structure discharges a disinfectant onto the surface after the elimination has been collected. The control circuit controls the operation of the collection structure and the disinfection structure.

A re-usable pooper scooper device and a dog leash comprising same are disclosed. The pooper scooper device is easily manufactured, compact and less cumbersome to carry than those of the prior art, and is particularly useful for collecting faeces from challenging ground surfaces.

A waste collection system, method, and apparatus comprises a handle assembly comprising a stand tube, a handle, and a controller; and a waste collection assembly comprising a housing, a waste slide container, and a sliding arm bar operably connected to a waste catch with a linear actuator, wherein the waste catch is configured to draw waste into the waste slide container.

An apparatus for collection and removal of animal waste is disclosed. The collection apparatus may have a plurality of panels connected with one another by a plurality of hinges. The plurality of panels of the collection apparatus may be manipulated by a user to move the collection apparatus from a collapsed position to an expanded position. In the expanded position, a bag may line the interior of the plurality of panels to collect the animal waste. A user can then manipulate the animal waste into the bag lining the collection apparatus. The bag containing the animal waste may then be secured to the collection apparatus by way of panel clip for later disposal.