A toilet tool handle with retractable tool head cover is disclosed. An elongate tool handle has an end with a tool head connector thereon. A rack gear extending along the handle's longitudinal axis is positioned adjacent the end. An actuator sleeve, slidable along the handle, has a bearing mounted on it which holds a pinion gear engaged with the rack gear. The tool head cover is connected to the pinion gear such that sliding action of the actuator sleeve with respect to the handle slides the pinion gear with respect to the rack gear. Engagement of the pinion gear teeth with the rack gear teeth causes the pinion gear to rotate and causes the tool head cover to rotate from a first position where it encloses the handle end to a second position where it is rotatably retracted away from the handle end.

A cleaning brush comprises a removable handle and a brush. The removable handle includes a connector portion having a backing plate with means for connecting the handle to a brush, and means for releasing the handle to detach the handle from the brush. The brush includes a brush plate having means configured to receive the means for connecting and detaching the handle from the brush plate. The brush plate has a rigid portion and a flexible portion. The flexible portion may include segments defined by channels in the flexible portion.

Systems and methods of cleaning toilets are described; the system includes a structural frame, a foldable arm extendible from the structural frame and a rotatable brush, accommodated while being folded within and retracted into the foldable arm, at an idle state, while protruded from the foldable arm and being sprawl, during the operation of a cleansing cycle.

A toilet brush including, a crystal transparent container referring to (FIG. 1, A) this container will consist of transparent plastic giving a crystal glassy look but made from plastic. A crystal transparent handle referring to (FIG. 2, B) this handle will consist of a crystal shape giving a diamond cut look made from transparent plastic with a glassy realistic look. (FIG. 2, C) A flat surface made from plastic that sits on top of the container to hold toilet brush in place inside the container. A button referring to (FIG. 2, D,E) a brush stick following two buttons (FIG. 2, D,E) attached on sides of the brush stick to squeeze to eject the brush head soap. 3 is the attachment for the brush head and stick. Soap and air-freshener referring to (FIG. 4, J) This hard substance will consist of soap and air freshener, once the brush (FIG. 4, K) is inserted into the toilet bowl water it will automatically form soap (FIG. 4, J) with a good smell following. Once the brush is pulled from water it will no longer form soap this soap is only released by inserting water. Once the brush is out of water it will dry by natural room air more like an automatic dry. Brush head referring to (FIG. 5, M) The bristles will follow around the soap in a “U” shape following a circle shape around the top this is more of a housing for the soap to sit in the middle. The circle shape at the top of the brush will help to better clean underneath the rim of the toilet. (FIG. 5, L) This soap air freshener will sit in the middle of the “U’ shape bristles. (FIG. 6) is the ejectable brush head.

A toilet brush with a quick replaceable cleaning head is disclosed herein. It comprises a rod body having a first end and a second end; a handle disposed at the first end of the rod body; a feeding unit for connecting the handle; an action rod accommodated in the rod body for connecting the feeding unit and having a clamping head; and a cleaning head having a sleeve and an aperture into which the clamping head is inserted.

A toilet brush comprises a handle and a brush head. A backbone core is coupled to the handle. An inner support piece is further coupled to the backbone core and to the brush head. The handle further comprises an attachment area and the brush head further includes a scraping feature.

A toilet brush 1 having an articulated connection 5 between brush head 4 and brush handle 3 has a targeted blocking or lock in one of the two possible pivoting directions of the articulated connection 5 formed as a rotatable joint 10. For this purpose, the rotatable joint 10 is formed by the two fork ends 32, 33 at the end of the brush handle 3 and an axis 11, whereby the fork ends 32, 33 permit pivoting towards the side 15, but lock towards the other side 16, because here the two fork ends 32, 33 are connected to each other via a locking shell 41 and prevent pivoting. This locked, articulated connection 5 permits on the one hand very intensive cleaning of the outlet of the toilet basin, because the brush head 4 is bent up when pushed through and can then also clean the upper area of the outlet pipe. In addition, when the toilet brush 1 is turned, this articulated connection 5 is locked simultaneously and can clean the rest of the toilet basin with the corresponding pressure and also the inner channel at the upper edge of the toilet basin, again with the curved brush head 4. This improved cleaning effect is further optimized by the fact that practically the entire brush head 4 especially with bristles 6, 7, 8 is made of flexible, hygienically flawless material.

The invention discloses an electric toilet brush comprising handle, elongate rod, deformed connecting section, handpiece, and brush head connected orderly; said handpiece includes mounted housing, motor bracket, motor, planetary reduction gearbox and bearing; mounted housing is a horn-shaped hollow shell with smaller opening connected with deformed connecting section and bigger opening mounted with motor bracket whose side facing mounted housing is provided with motor while other side provided with planetary reduction gearbox connected with motor; dismountable brush head can join to outside of bearing and wrap planetary reduction gearbox in brush head; the deformation piece, arranged between elongate rod and handpiece, can deform and clean; cooperation between dismountable brush head and bearing enables brush head to wrap whole reduction gearbox; after pressing power button, the motor drives reduction gearbox to rotate which drives dismountable brush head to rotate; uv gemicidal light can sterilize by direct radiation on brush head.

A cleaning device for providing a pocket-sized, hand-held toilet seat cleaning device that releases a sanitation solution via a disposable cleaning head is disclosed. The cleaning device includes an antibacterial chamber for holding sanitation solution having top and bottom ends, a handle coupled to the top end of the antibacterial chamber; and a removable cleaning component coupled to the bottom end of the antibacterial chamber. The sanitation solution flows from the antibacterial chamber through the cleaning component under the control of a release device.

A toilet brush assembly is disclosed. The toilet brush assembly includes a hollow shaft body having an upper end and a bottom end, the bottom end includes a partially perforated surface, the hollow shaft body is adapted to accept a solid cleaning agent through the upper end of the hollow shaft body; and a plurality of bristles, the plurality of bristles is attached to the bottom end of the hollow shaft body.