A portable basin assembly and methods of use thereof are provided. The portable basin assembly includes a frame configured to convey the assembly along a support surface; a basin having a waste mounted atop the frame; at least one water outlet for directing a flow of water into the basin; and a mounting system for mounting at least one of a waste water tank and a clean water tank to the assembly. The mounting system includes: a docking interface for docking with and fluidly connecting at least one of the waste water tank to receive water from the waste of the basin and the clean water tank for providing a source of clean water; and at least one alignment member for aligning the at least one of the waste water tank and the clean water tank relative to the frame and the docking interface.

A portable basin assembly and methods of use thereof are provided. The portable basin assembly includes a frame configured to convey the assembly along a support surface; a basin having a waste mounted atop the frame; at least one water outlet for directing a flow of water into the basin; and a mounting system for mounting at least one of a waste water tank and a clean water tank to the assembly. The mounting system includes: a docking interface for docking with and fluidly connecting at least one of the waste water tank to receive water from the waste of the basin and the clean water tank for providing a source of clean water; and at least one alignment member for aligning the at least one of the waste water tank and the clean water tank relative to the frame and the docking interface.

A mobile salon chair, work station, and mobile shampoo bowl are described. The salon chair includes a storage container with a seat, backrest, and applicable electrical components. All system components can be stored within the salon chair for transportation to the client's location. The workstation provides tool storage for necessary hair grooming tools. The shampoo bowl is supported by a removable stand. The shampoo bowl has a drain and tubing so that used water can be captured. A clean water bladder is provided to store clean water. A submersible pump installed within the clean water bladder delivers water to the shampoo bowl. Used water from the drain in the shampoo bowl is stored within a second bladder. The clean water bladder is placed within the volume of the used water bladder.

A mobile salon chair, work station, and mobile shampoo bowl are described. The salon chair includes a storage container with a seat, backrest, and applicable electrical components. All system components can be stored within the salon chair for transportation to the client's location. The workstation provides tool storage for necessary hair grooming tools. The shampoo bowl is supported by a removable stand. The shampoo bowl has a drain and tubing so that used water can be captured. A clean water bladder is provided to store clean water. A submersible pump installed within the clean water bladder delivers water to the shampoo bowl. Used water from the drain in the shampoo bowl is stored within a second bladder. The clean water bladder is placed within the volume of the used water bladder.

The invention relates to a cosmetic device for cleansing the hair, comprising: an ultrasonic transmitter, a handpiece comprising a probe cooperating with a counter-form so as to pinch the lock of hair between a bearing surface of the counter-form and a distal outer surface of the probe.

It also relates to the cosmetic method for cleansing the hair that uses said device, preferably with a cleansing composition comprising at least one surfactant.

Methods, systems, and devices are described for an antenna positioning apparatus, which includes a multiple-assembly positioner for adjusting a positioning angle about a positioning axis. The multiple-assembly positioner has two or more positioning assemblies that are coupled in series between a base structure and a positioning structure. Positioning assemblies can be individually selected based on various criteria, such as cost, complexity, angular range, and other performance, and be configured to work together to provide a desired range of adjustment to the positioning angle while simultaneously meeting precision requirements. In one example, a positioning assembly can include a shaft with an eccentric portion, which is rotated in order to provide the adjustment. A method is described where a first positioning assembly can be actuated to a first initial position, and then held, such that a second positioning assembly can be actuated to provide a selected antenna positioning angle.

Portable stand system consists of two rigid plaques with perforated slots designed to interlock the two plaques into various configurations. The way to assemble the two plaques is by inserting them using the perforations indistinctively in order to achieve different x-shaped configurations according to the needs of the used. The system allows objects to be rearranged from their original position and/or angle.

Two or three parallel Fullerene Tube lattice structures, each similar to the carbon nanotube are connected by sharing parallel nodes along the length of the tubes, interlocking the tubes in such a way that bending or displacing one tube perpendicular to its axis induces a torsion in that tube and the adjacent one or two tubes. This arrangement provides a three dimensional Fullerene truss with a maximum cross-sectional area available for enclosed transport tubes relative to the total cross-sectional area with a minimal profile while maximizing the strength, stiffness, load bearing and ability to withstand multidirectional and dynamic stresses within this profile. The two or three Fullerene tubes may be further enclosed and interlinked within a single similar tube composed of a similar lattice where each cell may be one, two or more times the size of the primary tube lattice cells supporting thermal management of the inter-tube environment.

Portable stand system consists of two rigid plaques with perforated slots designed to interlock the two plaques into various configurations. The way to assemble the two plaques is by inserting them using the perforations indistinctively in order to achieve different x-shaped configurations according to the needs of the used. The system allows objects to be rearranged from their original position and/or angle.