This application discloses a side brush and a smart cleaning device. The side brush includes a side brush base for mounting to a smart cleaning device and a scraper connected to a peripheral side of the side brush base. The scraper is configured to be in contact with the floor, so as to scrape sundries. A structure of the side brush can effectively prevent the side brush from being entangled with sundries during cleaning.

Disclosed solutions relate to cleaning devices for medical devices. For example, a cleaning device for cleaning a channel of a medical device includes a rod. The cleaning device further includes a connector at a proximal end of the rod. The cleaning device further includes a flexible cleaner positioned around the rod. The cleaning device further includes a ferrule configured to removably connect with the connector. The cleaning device further includes a pull member connected to the ferrule.

Disclosed solutions relate to cleaning devices for medical devices. For example, a cleaning device for cleaning a channel of a medical device includes a rod. The cleaning device further includes a connector at a proximal end of the rod. The cleaning device further includes a flexible cleaner positioned around the rod. The cleaning device further includes a ferrule configured to removably connect with the connector. The cleaning device further includes a pull member connected to the ferrule.

Devices, systems, and methods for cleaning endoscopic channels. A brush may have multiple brush heads along a wire and a vibration device. The vibration device may have motor-controlled gears to hold the wire and move the wire and brush heads with both forward and backward movements to clean the channel.

Devices, systems, and methods for cleaning endoscopic channels. A brush may have multiple brush heads along a wire and a vibration device. The vibration device may have motor-controlled gears to hold the wire and move the wire and brush heads with both forward and backward movements to clean the channel.

Devices, systems, and methods for cleaning channels within an endoscopic device. A brush may be used for cleaning an endoscopic medical device, for example, for cleaning a channel of the endoscopic medical device. The brush may include a wire, a plurality of receiver bodies disposed along the wire and attached to the wire. Each receiver body may have a concave shape oriented in a same direction along the wire defining a front direction. In front of each of the plurality of receiver bodies there may be a plurality of bristles attached to the wire and extending transversely from the wire.

Devices, systems, and methods for cleaning channels within an endoscopic device. A brush may be used for cleaning an endoscopic medical device, for example, for cleaning a channel of the endoscopic medical device. The brush may include a wire, a plurality of receiver bodies disposed along the wire and attached to the wire. Each receiver body may have a concave shape oriented in a same direction along the wire defining a front direction. In front of each of the plurality of receiver bodies there may be a plurality of bristles attached to the wire and extending transversely from the wire.

A bodily scrubbing device includes a panel that has a series of conduits integrated into the panel and a plurality of outlets each is in fluid communication with the series of conduits. A plurality of adhesive pads is attached to the panel which can be adhered to a wall of a shower. A plurality of bristles is each attached to the panel to enable a user to lean their back against the plurality of bristles when the user is showering. A soap reservoir is attached to the panel which contains a liquid soap. The soap reservoir is in fluid communication with the series of conduits thereby enabling the liquid soap to be dispensed from the plurality of outlets for enhancing washing the user's back. A pair of first hanging straps is each attached to the panel for suspending from a support on the wall of the shower.

A bodily scrubbing device includes a panel that has a series of conduits integrated into the panel and a plurality of outlets each is in fluid communication with the series of conduits. A plurality of adhesive pads is attached to the panel which can be adhered to a wall of a shower. A plurality of bristles is each attached to the panel to enable a user to lean their back against the plurality of bristles when the user is showering. A soap reservoir is attached to the panel which contains a liquid soap. The soap reservoir is in fluid communication with the series of conduits thereby enabling the liquid soap to be dispensed from the plurality of outlets for enhancing washing the user's back. A pair of first hanging straps is each attached to the panel for suspending from a support on the wall of the shower.

Exemplary embodiments are directed to a motorized brush. The brush includes a housing and a bristle assembly disposed at least partially within the housing. The bristle assembly includes a support frame, and a bristle belt capable of being actuated to rotate relative to the support frame in a motorized manner.