A spa dryer chair includes a main body for selectively blowing heated air and configured to massage an individual. The chair includes a main body configured to support the weight of an individual. The chair also includes a hood apparatus in communication with the main body. A neck apparatus supports the hood above the main body and has internal ducting for the passage of air. The neck apparatus is configured to flex so as to be stationary in one or more orientations. A heating element is configured to heat the air. A massage module has massage elements in the main body for massaging a seated individual. A control interface is coupled to the main body and configured to regulate the passage of air through the ducting into the hood and the massage module.

Described herein are storage units attachable to an object. The storage units may comprise a platform. The platform may comprise a plurality of arms, a shoulder adjoined to each arm, and an adjoining member attached to each shoulder. The platform may further comprise a connecting element attached at each end to each arm. The storage units described herein may comprise one or more storage subunits attached to one or more of the arms.

Embodiments relate to an apparatus comprising a seat, a backrest, a base, a footrest, a mounting bracket, and one or more wheels; wherein the mounting bracket comprises a flexible joint joining a first portion and a second portion, wherein the first portion is connected to the base; the seat comprising a receiving member to receive the second portion; the backrest engaging with the seat and is reclinable with respect to the seat and foldable onto the seat to form a folded position and further lockable in the folded position; the footrest connected to the seat at a first position, and the wheels connected to the seat at a second position, wherein the second position is at opposite side of the first position such that the footrest is used as a handle, while the wheels support a weight of the apparatus and facilitate transportability of the apparatus.

Embodiments relate to an apparatus comprising a seat, a backrest, a base, a footrest, a mounting bracket, and one or more wheels; wherein the mounting bracket comprises a flexible joint joining a first portion and a second portion, wherein the first portion is connected to the base; the seat comprising a receiving member to receive the second portion; the backrest engaging with the seat and is reclinable with respect to the seat and foldable onto the seat to form a folded position and further lockable in the folded position; the footrest connected to the seat at a first position, and the wheels connected to the seat at a second position, wherein the second position is at opposite side of the first position such that the footrest is used as a handle, while the wheels support a weight of the apparatus and facilitate transportability of the apparatus.

Arm trays for chairs, including spa chairs, and spa chairs having such arm trays. The arm trays The arm trays are mounted to, and stowable completely within, the arm of the chair. The arm trays comprise a tray panel rotatably attachable to an arm of a chair via an axle. The arm tray is configured such that an outer perimeter fits substantially entirely within a horizontal slot of the arm of the chair, and such that the first tray panel is rotatable between a stowed position in which the first tray panel is positioned substantially entirely within the horizontal slot and a deployed position in which at least a portion of the first tray panel is outside of the horizontal slot such that items can be placed on the top surface of the first tray panel.

An automated cosmetic application system comprising a robotics component, one or more cosmetic applicators, a computer vision system, and a facing mapping module. The system is configured to capture real-time facial landmark data, generate a personalized three-dimensional facial map, and control a robotic applicator to directly apply makeup in accordance with user preferences or pre-programmed makeup styles. The automated cosmetic application system facilitates efficient, consistent, and customizable cosmetic application, and reduces manual effort, particularly for users with limited mobility or limited makeup application experience. The system utilizes also generates custom application masks using a 3D printing system.

An automated cosmetic application system comprising a robotics component, one or more cosmetic applicators, a computer vision system, and a facing mapping module. The system is configured to capture real-time facial landmark data, generate a personalized three-dimensional facial map, and control a robotic applicator to directly apply makeup in accordance with user preferences or pre-programmed makeup styles. The automated cosmetic application system facilitates efficient, consistent, and customizable cosmetic application, and reduces manual effort, particularly for users with limited mobility or limited makeup application experience. The system utilizes also generates custom application masks using a 3D printing system.

A chair with a vertically oriented handle, or just a handle that is to be installed in a vertical orientation on a chair, is provided. The handle has an ergonomic design and is aesthetically pleasing. The handle shape ergonomically conforms to a natural curve to provide better support and reduce strain during transportation. The handle is located centrally relative to a centerline to maintain or reduce the center of gravity of the chair which provides better stability during transportation.

A chair with a vertically oriented handle, or just a handle that is to be installed in a vertical orientation on a chair, is provided. The handle has an ergonomic design and is aesthetically pleasing. The handle shape ergonomically conforms to a natural curve to provide better support and reduce strain during transportation. The handle is located centrally relative to a centerline to maintain or reduce the center of gravity of the chair which provides better stability during transportation.