A pipe cleaning brush which comprises a cleaning unit including a brush body and an elastic body, a connecting unit including a flexible strip, and a handle unit including a fixed handle and a plug-connected part that are separated and embedded with each other. The plug-connected part includes a first branch rod and a second branch rod. One end of the first branch rod and one end of the second branch rod are pivoted to each other to be opened or collapsed, and the first branch rod or the second branch rod is embedded and positioned above the fixed handle, so that the second branch rod or the first branch rod is rotated and to simultaneously drive the connecting unit and the cleaning unit to rotate.

Disclosed is ZAP-RTA, a Root Touch up Applicator is a push button operated apparatus that directs and deposits color chemical on to the roots of hair. The process is safe fast and effortless. Its' tapered Parting Pen, parts hair precisely while color is being deposited on to the scalp when the pump button is pressed down and the Blending ball blends the chemical onto the scalp. ZAP-RTA is comprised of a piston pump system, one-way valves, spring, inlet and outlet nozzles. The body contains the reservoir, piston-pump cylinder, 2 one-way valves and inlet and outlet nozzles. The barrel is tapered to help part hair and contains an opening that directs the outflow of hair color downward. Just behind outflow opening is the Blender Ball attached to help blend the color chemical closer to the scalp.

A makeup extension wand system includes a body, including a frame with left and right vertical frame segment, and a stationary axle; and extension wand assemblies, rotatably and detachably mounted to the stationary axle, each including an extension shaft, an applicator tip, and a connector portion that can be rear or front offset, such that each extension wand assembly is rotatable to a vertical folded-in orientation for storage of the extension wand assembly and to a folded-out orientation for use of the extension wand assembly.

This invention relates to a cosmetic product applicator, including: an application member (30) comprising an application element (42); and a gripping member (32) hinged to the application member, with the gripping member being mobile with respect to the application member around an axis of rotation (38), between a first and a second stable configurations. The application member and the gripping member respectively comprise first and second (75) guiding elements, configured to slide against one another during a rotation of the gripping member with respect to the application member, with each one of the first and second stable configurations corresponding to a minimum of elastic stress between said first and second guiding elements, said elastic stress being considered in the radial direction with respect to the axis of rotation (38).

The invention provides a pipe cleaning brush which comprises a cleaning unit including a brush body and an elastic body, a connecting unit including a flexible strip, and a handle unit including a fixed handle and a plug-connected part that are separated and embedded with each other. The plug-connected part includes a first branch rod and a second branch rod. One end of the first branch rod and one end of the second branch rod are pivoted to each other to be opened or collapsed, and the first branch rod or the second branch rod is embedded and positioned above the fixed handle, so that the second branch rod or the first branch rod is rotated and to simultaneously drive the connecting unit and the cleaning unit to rotate.

A cleaning robot includes an arm including a distal end portion to which a brush is attached, the arm extending in a first direction parallel to a horizontal direction, a driver connected to the arm, the driver including a first mechanism that moves the arm in the first direction, a second mechanism that moves the arm in a second direction parallel to a vertical direction perpendicular to the first direction, and a third mechanism that moves the arm in a third direction perpendicular to both the first direction and second direction, a controller configured to switch the orientation of the distal end portion between an orientation for cleaning a first target face of the object and an orientation for cleaning a second target face of the object, the first target face facing the first direction, the second target face facing the second direction.

A Manual Force Sensitive Toothbrush which includes a pivot section which couples a main beam section to a bristle beam section. The pivot section provides notification to user when force upon gumline is exceeded beyond the predetermined levels of force. The pivot is a manual system the connects and reconnects through the use of magnets. When magnets are in connect, the main beam and bristle beam sections provide the end user a gripping section and bristle section to carefully and effectively brush tooth and gums, adversely the force sensitive toothbrush releases upon excessive force applied against tooth and gum—creating a force sensitive section in the toothbrush as referred to as the pivot section. The release of the bristle beam section extends between 15-20 degrees from the resting plane of the main beam section. As further use, the bristle beam section bristle head backside has a thoughtfully designed indent for the use to apply an index finger to stabilize the main beam section with the bristle beam section to brush the tongue with ability to apply forces above that designed for the tooth and gum.

A brush comprising; a shaft having a first end forming a handle portion and a second end including a first part of a swivel mechanism; a brush holding part comprising a central body portion and at least one leg extending therefrom, the leg capable of holding or forming a brush; the central body portion further having a second part of a swivel mechanism and engageable with the first part of the swivel mechanism to form a swivel joint which is rotatable about a common axis in order that the leg may be positioned to extend beyond the second end of the shaft in order that the brush may be used by a user.

A scrubbing tool for cleaning a surface that has a handle for holding by a user in a cleaning operation. The handle has a first connector. The scrubbing tool also has a cleaning head having a second connector configured to mate with the first connector in order to attach the cleaning head to the handle in an engaged position. The cleaning head is comprised entirely of a material configured to dissolve in water and has a cleaning agent.

The double action cleaning tool of the present invention includes a dynamic double action dual brush head and a handle. The dynamic double action dual brush head includes two brush heads rotatably attached to a brush head base, allowing the brush heads to independently rotate about the axis in which it is rotatably attached to the brush head base. A mechanical device capable of storing and releasing energy is connected between the two brush heads, which is rigidly attached to the brush head base. The double action cleaning tool stores energy in the form of potential energy in the mechanical energy storage device of the dynamic double action dual brush head during the sweeping stroke of the double action push broom. At the end of the sweeping stroke, the stored potential energy is converted into kinetic energy and rotates the dual brush, thereby providing an additional sweeping motion.