A pet grooming tool is provided with a fur ejector portion that is at least partially movable relative to the teeth of the pet grooming tool and can be manually moved into engagement with fur that is wedged or lodged between the teeth. The engagement of the fur ejector portion with the fur forces the fur from the gaps between the teeth. Preferably, the fur ejector portion can be manually moved by the same hand a person uses to support and hold the grooming tool.

An animal grooming tool includes an elongated handle portion having a first tapered end for precise removal of hair and a second opposite concave/curved portion with a surface substantially complementary in shape to a human thumb. Each of the first and second ends are coated with a texture/grit enhancing coating. The ergonomically shaped tool, facilities removal of hair from and animal for grooming and increased comfort to the user.

A pet hair removal apparatus has a plurality of engagement members. One of the engagement members is triangular in cross section that is attached to a generally parallelogram body of the apparatus. The apparatus operates in a plurality of different operational engagement position in which different engagement members contact the surface to remove pet hair from the surface depending on which operational engagement position the apparatus is positioned. The pet hair removal apparatus may be formed through a coextrusion process to form the resultant parallelogram shape of the pet hair removal apparatus using multiple different materials to form the engagement members and a body thereof.

A grooming tool for a pet is disclosed. The grooming tool comprises a handle having a grip portion, a comb comprising teeth and including a blade for combing and removing shed hair from a pet where the comb located at a front end of the handle. The grooming tool also includes a hair removal member for removing shed hair from the comb, wherein the hair removal member is moveable in a direction corresponding to an extension direction of the teeth of the comb, a toggle button movable along a surface of the handle between a first position and a second position and a linkage assembly linking the toggle button to the hair removal member to control movement of the hair removal member; wherein when the toggle button is located at the first position, a front end surface of the hair removal member is located in a retracted position and when the toggle button is moved to the second position, the front end surface of the hair removal member is moved forward to an extended position to remove hair from the comb.

A system includes a universal handle and a variety of tools selectively secured within the handle. The tools can be tools for grooming or collecting hair, and are especially useful with animals such as household pets. One example tool includes a mat breaker that is adjustable for left handed or right handed use. Another example tool is a fur sweeper tool and a fur accumulator tool. Other tools include deshedders, brushes, and combs.

A grooming device comprises a plurality of flexible tines or support extensions, each having a grooming element mounted to the distal end thereof. The tines are spaced from one another laterally and may be the same or different lengths. The tines may be of uniform shape and lengths. Alternatively, the tines can be of different shapes and lengths. The grooming elements may be described as blades that have a planar body with a contact edge comprising a plurality of teeth or other features which enable grooming of an animal by contact with the contact edge. The proximal ends of the tines are secured to a handle which is grasped by the user. The handle may be ergonomically configured to fit comfortably in the user's hand. The handle may have a plurality of indentations or grooves that enable the fingers to be comfortably placed in the indentations/grooves.

A pet grooming tool is provided with a fur ejector portion that is at least partially movable relative to the teeth of the pet grooming tool and can be manually moved into engagement with fur that is wedged or lodged between the teeth. The engagement of the fur ejector portion with the fur forces the fur from the gaps between the teeth. Preferably, the fur ejector portion can be manually moved by the same hand a person uses to support and hold the grooming tool.

A multi-purpose apparatus for treating an animal. The apparatus includes at least two vibrators; a massage head coupled with the at least two vibrators; a controller configured to control the at least two vibrators such that they generate a variable beat frequency to the massage head; and a housing accommodating the at least two vibrators, the massage head, and the controller. The massage head comprises a concave curvature to follow contours of the animal so that the concave curvature becomes in contact with a musculoskeletal system of the animal, the massage head is coupled with the at least two vibrators so that two vibrators are positioned at opposite ends of the concave curvature. The massage head is adapted and dimensioned such that an interchangeable curry brush curved to follow the contours of the animal is coupleable with the massage head.

A animal grooming tool employs a substantially rectangular body having a top surface, a lower surface, a first end, a second end and two sides. The body is composed of flexible material with a hardness of between 20 and 60 Shore A for enhanced attraction of hair for removal.

Provided is a protection device and a grooming device for pets, in the field of storage articles. The protection devices includes: a mounting case, a protection cover, and a fixing structure. The mounting case is provided with a sliding space extending though two opposite ends thereof for mounting a working assembly. The protection cover is slidably connected to the sliding space. The fixing structure is connected with the mounting case and is used for fixing the protection cover as the protection cover slides to cover the working assembly. When the protection device is not in use, users may hold the mounting case and change the working state of the fixing structure to drive the protection cover to move and cover the working assembly, so that the working assembly is stored to avoid safety issues caused by the exposed working assembly, thereby improving the practicability of the protection device.