When a device mounted on a mask pack, and a mask pack and a kit including the device are used, the mask pack may be well attached onto an application site, for example, skin; delivery of a bioactive material via the skin may improve; and itching, pain, burning, and erythema that may occur during a process of delivering the bioactive material to the skin may be prevented by using the device including an electrode.

An apparatus includes multiple first reservoirs and multiple second reservoirs joined with a substrate. Selected ones of the multiple first reservoirs include a reducing agent, and first reservoir surfaces of selected ones of the multiple first reservoirs are proximate to a first substrate surface. Selected ones of the multiple second reservoirs include an oxidizing agent, and second reservoir surfaces of selected ones of the multiple second reservoirs are proximate to the first substrate surface.

Provided is a sprayer usable as a cosmetic mist device and an inhaler. The sprayer includes an air pump, a motor, a battery, a mist nozzle, a tank for storing a mist liquid concentrate, and a vertically long, cylindrical, main body case. The main body case is divided into front and back chambers by a division wall, and the tank is housed in the front chamber. The air pump, the motor, and an electrical component section including the battery are disposed, in this order, in the back chamber. The tank is formed in a vertically long shape occupying most of the front chamber without affecting an outer shape of the main body case. A grip portion is formed in a recessed manner at an upper portion of a back face of the main body case and the air pump and the motor are disposed near the grip portion.

A hairdryer including an ionizing system and a heater wherein the ionizing system comprises an ion producing electrode and the ion producing electrode extends along an external periphery of the heater. The ion producing electrode may extend along the heater to a downstream end of the heater. The ion producing electrode may extend along the heater from an upstream end of the heater. The heater may be generally cylindrical and the ion producing electrode extends along a radially outer surface of the heater. The ion producing electrode may have a first part which extends along a first axis and the first part extends along the external periphery of the heater. The ion producing electrode may have a second part, which extends along a second axis, wherein the second part extends radially inwards from the external periphery of the heater.

A hair iron according to the present disclosure is configured to hold hair in a state in which a first hair holding surface and a second hair holding surface face each other. A first hair holder includes ion outlets configured to release ions generated by a discharge device. The discharge device includes a first electrode having a plurality of discharge electrodes. The first electrode includes an electrode body having a plate shape. The discharge electrodes are disposed on a side portion e end of the electrode body as the electrode body is viewed in a thickness direction thereof. The discharge electrodes include two types of discharge electrodes of which shapes are different from each other.

A hair dryer comprises a main body (1), wherein an interior of the main body (1) is formed with an airflow channel, and the airflow channel is formed with an air inlet (11) and an air outlet (12) on the main body (1). The hair dryer further comprises an electrically powered fan (2) provided in the airflow channel and configured to draw external air via the air inlet (11) and then discharge via the air outlet (12), and comprises a rotatable component (3) provided at the air outlet (12) and configured to rotate to change a direction of an airflow formed by rotation of the electrically powered fan (2). A hair dryer airflow direction is changed by the rotatable component (3), thus addressing problems of a non-uniform airflow or ion airflow and a narrow emission surface.

A heated hair paddle includes a novel bristle arrangement which establishes a large surface area for contacting the length of hair during grooming while also creating a serpentinous path through which the length of hair must traverse thereby enhancing the grooming effect on the hair.

Exemplary embodiments of hair styling appliances having a multi-function actuator are provided herein. In general, the disclosed embodiments of hair styling appliances may include a multi-function actuator configured for adjusting settings of one or more hair appliance variables. In one embodiment, the multi-function actuator may include at least two separate actuators, which are assembled together on the hair styling appliance to look like one component, yet are configured to be actuated independently of one another. In one embodiment, the multi-function actuator may be ergonomically positioned on the hair styling appliance for easily accessible manipulation and actuation with the user's thumb. In one embodiment, the multi-function actuator may comprise a push button and dial combination. In one embodiment, the push button may be used to select temperature and/or time, and the dial may be used to adjust the temperature and/or time to a desired setting.

A hair iron is provided. The hair iron includes: a grip section configured to be grasped by a user; and an iron section which is provided at a front end of the grip section and is used to wind therearound and curl hair. The iron section includes: a cylindrical main body; and a pair of electrodes which are provided opposing to each other on a peripheral surface of the main body and are exposed from the main body.

Hair dryer (1) as a hair care device includes heat application unit (30) that applies heat to hair of a user, component generation unit (40) that generates a component that acts on the hair, and controller (80) that controls operations of heat application unit (30) and component generation unit (40). Component generation unit (40) is at least one of an ion generation unit that generates ions, an acidic component generation unit that generates an acidic component, and a charged fine particle water generation unit that generates charged fine particle water. Controller (80) controls a component amount of the component generated by component generation unit (40) based on hair characteristics of the user.