A feces collection assembly for collecting feces from a variety of surfaces includes a pair of tongs that are each manipulated thereby facilitating the tongs to selectively grasp feces on a surface. The tongs have a plurality of gripping edges and each of the gripping edges has a unique structure with respect to each other. Each of the gripping edges engages the feces on selected variety of support surfaces. In this way the feces may be removed from a variety of support surfaces.

A pet waste vacuum and disposal device is disclosed herein. The device advantageously takes the form of a walking stick fabricated using phosphorescent plastic materials to aid a pet owner taking a pet for a walk at night. The pet waste vacuum and disposal device integrally includes a vacuum which is operable via a button located conveniently on the outside of the walking stick. The pet waste vacuum and disposal device further includes a waste collection compartment adapted to receive a bag. During use, the pet owner positions a mouth of a waste intake over pet waste, activates the vacuum, and the waste is collected inside the bag for clean and sanitary disposal thereof.

The present disclosure provides for a waste clean-up and disposal device for scooping-up, bagging, and disposing of pet waste in a sanitary manner. The device includes a scooper body for removably housing and protecting a flexible tubing dispensing cassette. The scooper body defines a passageway between a waste entrance opening and a waste exit opening. The cassette dispenses flexible tubing from the waste exit opening for receiving waste materials such as pet waste droppings.

An apparatus for collecting faeces characterized in that it consists of a collection container that can be used one-handed and comprises two jaws (1, 2) connected together at one end on an elastic flexible connection side (3) of the jaws (1, 2) with a rotation axis (22), which resists the closing of the jaws (1, 2), which form a hollow space when close, wherein the circumferential L-shaped edge (5) of the one jaw (2) is smaller than the circumferential L-shaped edge (4) of the other jaw (1), so that the edge of the one jaw (2) fits exactly into the edge of the other jaw (1) when the collection container closes against the reversion resistance of the elastic flexible connection side (3), and they lock in both sides with locking elements located circumferentially and to the ends of the jaws (1, 2), not being able to open again, and wherein, approximately at the centre of its main surface, each jaw (1, 2) includes a prismatic protrusion (8) whose top tip (71, 72) is parallel to the rotation axis (22) of the jaws (1, 2).

The disclosed technology includes a device for collecting animal waste. The device can comprise a collection portion, an inner shaft, and a rotating blade assembly configured to rotate a blade to collect the waste into the collection portion. The inner shaft can be affixed to the collection portion such that the waste collector can remain upright without the assistance of the user. Furthermore, the collection portion can be configured to retain collected waste until the waste is emptied. The blade can be modified to collect different types of waste on various surfaces.

A dispensing device includes first and second cylindrical portions which are detachably interconnected end-to-end. The first portion is arranged to store consumables, such as bags, for collecting pet faeces and includes a tubular side-wall 110 having an aperture formed therein through which the consumables can be dispensed. The second portion is arranged to store a fluid such as a hand sanitizer and has an outlet at one end through which the fluid can be dispensed. The dispensing device provides a convenient manner for storing consumables and associated fluids together, so that, for example, a user can sanitize their hands after picking up pet faeces using a dispensed bag.

The present disclosure provides pet waste scooping devices that are useful for scooping waste from a pet, such as a dog, and also provides pet waste bags that are useful for collecting and securing pet waste, as well as packages and kits of the same, and methods of manufacturing and using the same.

The object of the invention is a filtering device that can be coupled to a suction turbine (30) of the type used to suction pet faeces. Another object of the invention is the vacuum incorporated in said filtering device. The filtering device comprises an outer body (10) and a cartridge (20) that are partially disposed in the interior of the outer body (10) comprising an open front end (26) for suctioning the faeces (40) and a closed rear end (27), at least one opening (21) disposed on the surface (28) for the passage of the air flow (50) from the interior of the cartridge (20) to the interior of the outer body (10) and a filtering material (22).

An animal waste collection and transport device having a container and a handle. The container includes an opening configured to receive animal waste. The handle has a first portion and a second portion. The first portion is adapted to be grasped by the operator. The second portion has a lid and a waste scraping tool such as a shovel, hoe, or rake and is used to help move the animal waste into the container. The device includes an attachment assembly selectively movable between a first position where the container and handle are attached to each other and a second position wherein the container and handle are detached (or detachable) from each other so the scraping tool can be used to direct animal waste into the container. In the first position the waste scraping tool is positioned inside the container and the lid covers the opening in the container to seal the scraping tool and any animal waste inside the container.