A cleaning apparatus holder assembly is described herein comprising in one example: a mounting pad configured to be attached to a work surface of a sink; the mounting pad comprising a first pivot component having a first axis of rotation; a swivel removably mounted to the mounting pad at the first pivot component and configured to rotate relative to the mounting pad about the first axis of rotation; the swivel comprising a second pivot component having a second axis of rotation not parallel to the first axis of rotation; and a resting arm mounted to the swivel at the second pivot component, configured to rotate relative to the swivel about the second axis of rotation; the second axis of rotation defining a lifting plane orthogonal to the second axis of rotation.

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 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 protector is provided for a broom such as a concrete broom or the like. The protector of this invention is clamped onto the bristles of a concrete broom or the like to protect the same.

A hairbrush heating device operable to selectively heat a hairbrush placed there within is provided. The hairbrush heating device includes a hairbrush cavity, a sensor operable to output a signal indicating presence of a hairbrush within the hairbrush cavity, and a heating element configured to selectively provide heat to the hairbrush cavity based upon the signal from the sensor.

A hairbrush heating device operable to selectively heat a hairbrush placed there within is provided. The hairbrush heating device includes a hairbrush cavity, a sensor operable to output a signal indicating presence of a hairbrush within the hairbrush cavity, and a heating element configured to selectively provide heat to the hairbrush cavity based upon the signal from the sensor.

A brushing tracker configured to be mounted to a toothbrush has a motion sensor and a transceiver that collect and output raw motion data. The raw motion data is received by a relay and forwarded to a cloud-based remote processing system that processes the raw motion data to determine brushing adequacy based on predetermined criteria. The motion sensor and transceiver are disposed in a flexible case. An attachment band enables the brushing tracker to be affixed to a standard toothbrush for use and affixed to a different toothbrush when desired.

A brushing tracker configured to be mounted to a toothbrush has a motion sensor and a transceiver that collect and output raw motion data. The raw motion data is received by a relay and forwarded to a cloud-based remote processing system that processes the raw motion data to determine brushing adequacy based on predetermined criteria. The motion sensor and transceiver are disposed in a flexible case. An attachment band enables the brushing tracker to be affixed to a standard toothbrush for use and affixed to a different toothbrush when desired.

A hairbrush heating device operable to selectively heat a hairbrush placed there within is provided. The hairbrush heating device includes a hairbrush cavity, a sensor operable to output a signal indicating presence of a hairbrush within the hairbrush cavity, and a heating element configured to selectively provide heat to the hairbrush cavity based upon the signal from the sensor.

A hairbrush heating device operable to selectively heat a hairbrush placed there within is provided. The hairbrush heating device includes a hairbrush cavity, a sensor operable to output a signal indicating presence of a hairbrush within the hairbrush cavity, and a heating element configured to selectively provide heat to the hairbrush cavity based upon the signal from the sensor.