A sanitary product disposal container includes a container housing having a movable housing top cover, a movable housing bottom cover, and a sensor. A cover actuating mechanism may operably engage the housing top cover to actuate the housing top cover between open and closed positions. The sensor may operably interface with the cover actuating mechanism to facilitate deployment of the housing top cover between the open and closed positions responsive to sensing the presence of a person in proximity to the container housing. Accordingly, a used feminine hygiene product may be placed in the interior space of the container housing in the open position of the housing top cover without having to touch the container housing in order to open the housing top cover. The housing bottom cover may be selectively opened to facilitate removal of the used feminine hygiene products from the interior space.

A floor cleaning system having a flat headed mop is provided. The system includes a bucket having a plurality of compartments. At least one compartment is provided for cleaning the flat headed mop to remove dirt and debris accumulated during use. A second compartment is provided for recharging the mop pad with fluid. At least one wringer device is operably coupled to one of the plurality of compartments. The at least one wringer device having an extractor element to remove at least a portion of fluid from the mop pad.

A garbage bin support system includes a base member having a substantially planar horizontal surface and a hook assembly including a hook support projecting outwardly from the substantially planar horizontal surface and a hook element pivotally connected to the hook support. The hook element is configured and disposed to engage an axle of a garbage bin to prevent tipping from the base member.

A car trash can includes a fitting part fitted into a gap between a front seat and a center console and provided with a recessed part on one side surface or both side surfaces. A mounting bracket protrudes a predetermined length from one side surface of the fitting part and has a plurality of holding parts. A trash storage box has an adjustable mounting height by selectively fixing a holding provided on the rear surface of the trash storage box to one of the plurality of holding parts. An article storage part may be provided on the upper portion of the fitting part. An elastic part may be installed on one or two of the recessed parts to be elastically pressed when inserting the car trash can between a seat and a center console and firmly fit the car trash can between the seat and the center console.

A method of using a flat headed mop is provided. The method includes cleaning a surface with the mop pad, then rotating the mop head into the folded position at a instance with a biasing member coupled to a hinge assembly. The hinge assembly being disposed between the mop head and a mop pole. Next, inserting the mop head into a first fluid to remove contaminants from the mop pad, then inserting the mop head into a wringing assembly to remove at least a portion of the first fluid.

A slidable container assembly includes a sliding support mechanism and a storage container. The sliding support mechanism includes a first sliding track, a second sliding track and a container support arrangement. The container support arrangement includes a first front supporting platform, a second front supporting platform, a first rear supporting platform, a second rear supporting platform, a first front securing member and a second front securing member, a first rear securing member and a second rear securing member. The four base corner portions of the storage container are adapted to detachably dispose on the first front supporting platform, the second front supporting platform, the first rear supporting platform, and the second rear supporting platform. The storage container can be stably and securely slid out and then conveniently took out from the first sliding tracking and the second sliding track for cleaning or replacement.

A hand mounted secure waste item receptacle is described having a hollow container with a base formed to a single ring-shaped structure sized appropriately for mounting to one or more fingers of a human hand and stabilized against rotational motion. The top surface of the container has a central opening with narrowing slots extending radially outward providing access for the waste items and tool holding such items to be positioned therein and moved outward within any of the slots allowing for a wiping action to remove the waste item from the tool with the waste item to remain within the hollow receptacle.

A container system includes a base including a body having a plurality of dividers defining a plurality of bays for receiving smaller containers therein. A plurality of tongues protrude toward one another from the plurality of dividers. The body includes tine openings for receiving tines to lift and invert the base. A smaller container is receivable in each of the plurality of bays. The smaller containers each include a pair of grooves for receiving two of the plurality of tongues. Each of the smaller containers is supported by a plurality of wheels and has a lid pivotably positioned over an opening.

A device to help prevent recycling bins from falling over due to strong winds. The device broadens the base of the recycling bins and adds friction to the bottom of the recycling bin to make it harder to move. The device also provides a handle and a stacking feature to store the recycling bins.

The present invention provides an apparatus for disinfecting a robot, and more particularly, an apparatus for disinfecting a robot for preventing secondary infection by disinfecting bodies of robot devices such as an autonomous mobile robot that carries out delivery or quarantine work in a medical field or a multi-use facility.

The apparatus for disinfecting a robot according to an embodiment of the present invention includes a disinfection apparatus main body formed so that a robot is accommodated in an inner space thereof, a disinfection unit installed on an inner surface of the disinfection apparatus main body to disinfect an outer surface of the robot, a sensor formed on an inner upper surface of the disinfection apparatus main body to detect a position of the robot, and a controller installed in the disinfection apparatus main body to control operations of the disinfection unit and the sensor. In addition, the apparatus for disinfecting a robot may be configured as a set, paired with another device, including an autonomous mobile robot equipped with a container for medical waste collection.