A brush head cover system can involve positioning a cover proximal a brush head and subsequently surrounding the brush head with the cover. The cover is attached to a handle of the brush head with at least one attachment mechanism that continuously applies circumferential pressure onto the cover and handle while a cleaning region of the cover is aligned with a friction surface of the brush head. The cleaning region can be secure in place with at least one alignment feature that continuously applies pressure onto the friction surface to maintain the cleaning region in place relative to the friction surface during a cleaning operation. Detaching the at least one attachment mechanism and at least one alignment feature allows the cover to separate from the brush head.

Aspects described herein generally relate to a cleaning system, such as a cleaning implement with a primary cleaning member and a removable secondary cleaning member, in particular a mop assembly with a primary cleaning member and a removable secondary cleaning member. The primary cleaning member may be a sponge based cleaning member and the secondary cleaning member may be a scrubbing brush or similar handheld scrubbing member. The scrubbing brush may have an attachment member that includes a pair of rails and a tab assembly that helps to releasably connect the scrubbing brush to a connecting member of the mop assembly.

Improved folding broom-cleaning-storage apparatus for cleaning are provided. The folding broom-cleaning-storage apparatus comprises components to form a variety of broom configurations. The apparatus comprises folding components which may be assembled and disassembled quickly and simply. The apparatus comprises a case which may be used as a separate dustpan, and which may be connected to the broom configurations for use, and which may store the broom components when the broom components are disassembled. The apparatus may comprise shaped bristles, which may be arranged in layers, and offer improvements in efficiency when used.

The combination of a dust pan and a broom for cleaning surfaces without the need for a person to bend during use, including a dust pan having a receptacle for receiving and collecting debris, and a lifting strap extends over the receptacle. A broom is also provided having bristles and an upper section having a hook mounted thereon. In use, the hook is used to engage the strap to lift the dust pan having debris in it without the person having to bend their back or knees to lift up and lower the dust pan during use. The dust pan can be square or round or any other shape.

A vacuuming broom assembly includes a vacuum pack that is wearable on a user's back. The vacuum pack has an intake for urging air inwardly therein when the vacuum pack is turned on and a suction hose is fluidly coupled to the intake. A broom is provided that has a head and a handle. A suction manifold is coupled to the broom and the suction manifold has a pair of inlet ports and an exhaust port. The suction hose is fluidly coupled to the exhaust port such that the suction manifold is in fluid communication with the vacuum unit. Each of the inlet ports is aligned with the head of the broom for sucking up debris that is produced from sweeping. In this way the vacuum unit reduces airborne particles produced from sweeping.

The present utility model belongs to the technical field of cleaning tools and particularly relates to a multifunctional broom in order to solve the problems such as a single function of existing brooms. The multifunctional broom comprises a broom pole and a broom head disposed at one end of the broom pole, wherein a broom head housing axially movably disposed on the broom pole is provided in the periphery of the broom head, an opening for allowing the lower end of the broom head to extend from the broom head housing is formed at the lower end of the broom head housing, and a contractible positioning mechanism for enabling the broom head housing to be positioned on the broom pole, when the length of the lower end of the broom head extending from the broom head housing is adjusted to a desired length, is provided between the broom pole and the broom head housing. The multifunctional broom is multiple-purpose and functions as a scraper, a brush and a broom by controlling the length of the broom head extending from the broom head housing by a contractible positioning mechanism; moreover, the dirt on the bristles is easy to clean, so the multifunctional broom is convenient to use and easy to carry and store.

A device and system for a broom head blade is a blade fastened to the front of a broom. A blade is attached to the front and top of a broom head and serves as a plow assisting the user in managing various types of materials and general debris. A device and system for a broom head blade can help the user/broom operator remove and control all loose material and debris, including but not limited to snow, sand, mud, leaves, gravel, and general debris. A device and system for a broom head blade has edge brakes or “angles” along the top and bottom long edges, which allow the user to direct material and debris forward and to switch seamlessly between plowing/dozing/squeegeeing operations and instantly return to normal push broom sweeping tasks.

A cleaning tool for cleaning a surface includes an elongated handle having a working end, a user end opposite the working end, and a hollow interior extending to the working end. The cleaning tool includes a principal cleaning head mounted on the working end of the handle. The tool includes an elongated shaft slidably received in the hollow interior of the handle. The elongated shaft has a top end positioned inside the hollow interior between the working end and the user end of the handle. The tool includes an auxiliary cleaning head mounted on the bottom end of the shaft. The shaft is selectively slidable relative to the handle to move the auxiliary cleaning head to a deployed position in which the auxiliary cleaning head extends farther from the handle than the principal cleaning head.

A broom and a manufacturing method thereof, the broom comprising at least a broom handle (1) and a broom core; the bottom of the broom handle (1) is provided with a transverse plate (2); the broom core is fixed on the transverse plate (2), and comprises more than one bundle of brushes; the brushes are provided with dispersed slender resilient strips (9) thereon for cleaning the ground; the resilient strips (9) take up more than ½ the length of the brushes; the side surface of the resilient strips (9) is arc-shaped, and tapers from top to bottom; the bottom end of the resilient strips (9) is a thickened layer. The brushes of the broom are made by cutting waste beverage bottles, solving the problem of environmental pollution caused by the waste beverage bottles; the manufacturing method is simple, thus reducing the production cost; the bottom end of the resilient strips (9) is a thickened layer (7), thus significantly improving wear resistance and stability and greatly extending service life compared to a bamboo broom.

A device for supporting a long handled tool in an upright position includes a rod comprising an upper section and a lower section, a collar pivotally attached to the upper section of the rod, and a foot pivotally coupled to the lower section of the rod. One of the upper and lower sections is telescopically received within the other of the upper and lower sections of the rod, and the collar is cylindrically shaped and has an opening on a front side thereof to receive the long handled tool.