The present disclosure relates to the technical field of daily necessities, and discloses a bouncing core device, a detachable connecting device, and a paper towel rack. The bouncing core device includes: moving members, disposed inside first recessed structures at a top of a base, the moving members being connected to the detachable connecting device; and a lateral moving member, disposed at the position where the moving members are located, the lateral moving member being configured to move left and right, and first side faces of the lateral moving member being arranged opposite to second side faces of the first recessed structures. Due to arrangement of the bouncing core device provided by the present disclosure, a smooth detachable connection between a decontamination sprayer and the base is achieved, and the user experience of the paper towel rack is improved.

A device may include an enclosure configured to receive, store, and dispense a cleaning fluid. A device may include a support base, wherein the enclosure and support base can be configured to support a roll of cleaning wipes in a manner that permits the roll to rotate when one or more cleaning wipes are removed from the roll, wherein the enclosure is configured to be securely attached to the support base by pushing the enclosure downward onto an attachment region of the support base; and wherein the enclosure is configured to be released from the support base by pushing the enclosure downward. A liquid dispenser can have an elongate interior reservoir, a protruding carry loop, and an engagement zone with contours that engage with a latch in a paper-towel holder. The dispenser can have a spray trigger underneath the carry loop and a protruding roll stop. It can be sized to fit within a cylindrical cardboard tube configured to hold paper towels. A paper-towel holder can support and engage a liquid dispenser. The holder can have a stable base with a central latch, and a flat surface to support a paper towel roll.

A tissue dispenser comprising a housing and a carousel with a plurality of spindles is disclosed herein. Each spindle is designed to retain coreless tissue rolls and is rotatably held within the housing. The invention features a locking mechanism incorporated into each spindle, comprising a pivotable locking spoke. This spoke, when in a locking position, aligns with the spindle and interferes with the housing to prevent carousel rotation until the tissue roll is fully depleted. Upon depletion, the spoke automatically moves to a nonlocking position, allowing carousel rotation for roll replacement. The dispenser further includes a bracket at the outlet to prevent premature roll removal, reducing wastage. The design ensures efficient tissue dispensing while enhancing vandal resistance and reducing maintenance efforts.

The dispenser comprises an openable housing, inside which at least one seat is provided for a coreless roll. The first seat comprises a first central pin protruding from a first wall of the housing toward the inside of the housing, and a first guide extending around, and spaced from, the first pin, and adapted to guide the insertion of the roll into the first seat, keeping the roll centered relative to the first pin. An exit hole is provided in a second wall of the housing for dispensing the web material from the roll. When the housing is closed, the second wall is arranged opposite the first wall.

A novel rolled material dispensing device is presented. The novel paper towel holder is for use on a flat surface and is generally comprised of a base, a solid rod attached to the base, a removeable cover attached to the proximal end of the rod, and a braking mechanism fixedly attached to the cover or rod. Depressing the cover engages braking mechanism and moves the cover to be in contact with the rolled material thus stopping movement of the rolled material and allowing the user to remove a user determined amount of the rolled material while keeping the remaining material dry and uncontaminated.

Improvements to frictional features in rolled sheet product dispensers are provided herein. An example sheet product dispenser for enabling dispensing from a roll of sheet product is provided. The dispenser includes a moveable support portion for storing and rotating the roll of sheet product relative to a base portion. A loaded roll of sheet product is configured to rotate about a spindle during dispensing of the sheet product therefrom. The dispenser further includes a frictional feature attached to a movable support brake feature at a pivot point radially spaced apart from the spindle. The frictional feature is positioned to pivot about the pivot point toward the movable support brake feature when the roll of sheet product is loaded on the spindle such that the frictional feature applies a decreasing friction force on a side surface of the roll as the sheet product depletes.

A paper towel holder may include a post, a base assembly that includes diatomaceous earth, and a locking mechanism that secures the post to the base assembly. The locking mechanism may include a plurality of locking stakes with locking notches and a twist lock having slots and locking extensions that selectively engage with the locking stakes and the locking notches. The post may be a hollow post and may include a top cap that is secured to the top end with a friction fit. The base assembly may include a lower base and a top shell, and the top shell may include diatomaceous earth. The lower base may include a metal slab that is overmolded with silicone or another polymer having a Shore A durometer of between about 20 and about 70. The top shell may include a flat upper surface and a downward-extending perimeter sidewall.

An apparatus for concealed dispensing of rolled sheet type material includes a body having a faceplate that can be flush mounted on an associated planar mounting surface. The faceplate has an elongated slot that received sheet material therethrough. A roll of the sheet material is received on an L-shaped mounting member, forming a spindle configured to receive the roll thereon.

A device may include an enclosure configured to receive, store, and dispense a cleaning fluid. A device may include a support base, wherein the enclosure and support base can be configured to support a roll of cleaning wipes in a manner that permits the roll to rotate when one or more cleaning wipes are removed from the roll, wherein the enclosure is configured to be securely attached to the support base by pushing the enclosure downward onto an attachment region of the support base; and wherein the enclosure is configured to be released from the support base by pushing the enclosure downward. A liquid dispenser can have an elongate interior reservoir, a protruding carry loop, and an engagement zone with contours that engage with a latch in a paper-towel holder. The dispenser can have a spray trigger underneath the carry loop and a protruding roll stop. It can be sized to fit within a cylindrical cardboard tube configured to hold paper towels. A paper-towel holder can support and engage a liquid dispenser. The holder can have a stable base with a central latch, and a flat surface to support a paper towel roll.

A paper towel holder comprises a base and a magnetically non-attractive shaft disposed vertically on top of the base. A first magnetically attractive element is disposed on an upper end of the shaft. A pressing member is disposed on the upper end of the shaft, is movable relative to the shaft in a vertical direction, and has a lower side having a pressing face. A second magnetically attractive element is disposed on the pressing member. When the pressing member is secured onto the shaft by magnetic attraction between the first and second magnetically attractive elements, a spacing between the pressing face and the base is smaller than a height of a paper towel roll. When the paper towel roll is disposed on the paper towel holder, the pressing face presses against a top end of the paper towel roll under the magnetic attraction.