A massage pin for skin blood circulation promoters has a lower end to/from which a silver conductor having stable electrical resistance is coupled or separated by a user of a skin blood circulation promoter, as needed. The massage pin includes: a coupling portion formed at an upper end of the massage pin and press-fitted into a circuit board disposed between a main body and a cover of a blood circulation promoter, the coupling portion being formed of a conductive rubber. An exposed portion extends from a lower end of the coupling portion and is exposed outside through a massage pin-passage hole formed through the cover. The exposed portion has a downwardly tapered connection portion extending from a lower end thereof and includes a silver conductor detachably coupled to the connection portion. The conductor has a reception portion open at an upper portion thereof.

The present invention relates to a medical treatment device for stimulating neurons of a patient. The device comprises a first non-invasive stimulating device for generating at least two different first stimuli to a patient's body, a second non-invasive stimulating device for generating at least two different second stimuli to the patient's body, and a control unit for selectively and intermittently actuating the stimulating devices. In a first operating mode, the control unit is configured to actuate the first stimulating device in a sequence of successive actuating periods such that a number n of first stimuli to be generated simultaneously during the actuating periods is variedly determined across the sequence and to actuate the second stimulating device so as to generate the second stimuli to be paired to the generation of at least a part of the first stimuli. In a second operating mode, the control unit is configured to actuate the second stimulating device so as to generate the second stimuli to be de-coupled from the generation of at least a part of the first stimuli.

A cranial stimulation device is provided, including a helmet suitable for wrapping at least a portion of the user's head and defining an inner surface facing the head; a massage band extending along the perimeter of the active surface; a massage block fastened to the helmet at the active surface; and a control unit suitable for controlling the motion of the massage band and of the massage block by varying their reciprocal distance.

A cap for a scalp care container is capable of applying a liquid which is coupled to the scalp care container. The cap includes an upper cap provided with a plurality of bristles, and a lower cap coupled to the upper cap and fastened to the scalp care container.

A scalp massager, including: a housing, a motor, a transmission assembly, and a plurality of massaging head assemblies drive by the transmission assembly. The transmission assembly includes: a worm-and-gear speed reduction assembly and a plurality of driving gears driven by the worm-and-gear speed reduction assembly and horizontally arranged inside the housing. Each of the massaging head assemblies includes: a rocker, a fixing assembly, and a massaging head. The rocker passes through the fixing assembly, an upper end of the rocker is inclinedly inserted into a corresponding driving gear, an intermediate section of the rocker is provided with a ball which is rotatably arranged inside the fixing assembly, a lower end of the rocker protrudes out of the housing, and the massaging head is fixed on the lower end of the rocker.

A vibration module for applying vibrational tractions to a wearer's skin is presented. Use of the vibration module in headphones is illustrated for providing tactile sensations of low frequency for music, for massage, and for electrical recording and stimulation of the wearer. Damped, planar, electromagnetically-actuated vibration modules of the moving magnet type are presented in theory and reduced to practice, and shown to provide a substantially uniform frequency response over the range 40-200 Hz with a minimum of unwanted audio.

A head massage device includes a head with a tubular member extending from the top thereof. A needle extends from the inner bottom of the tubular member. Multiple first bores are defined through the inner bottom of the tubular member. A handle is connected to the head and has a vibrator received therein which is controlled by a switch. A magnetic part is connected to the underside of the head and has protrusions extending from the underside thereof. Multiple holes are defined through the magnetic part, and each hole communicates with the passage of the protrusion located corresponding thereto. A guide member and a sponge are located between the guide member and the magnetic part. A container with liquid is inserted into the tubular member and the needle penetrates the bottom of the container so that the liquid flows toward the protrusions which massage the user's head.

A therapeutic device, for human hair and skincare, comprises a gripping unit a functional unit including a first functional module and a second functional module, the first functional module including a first plate and a second functional module including a second plate, wherein a second surface of the second plate is oriented in an opposite direction to a first surface of the first plate, a plurality of teeth oriented in the direction of the orientation of the first surface, the plurality of teeth including a plurality of respective primary Light Emitting Diodes (LEDs), a plurality of secondary LEDs provided on the second plate and oriented in the direction of the orientation of the second surface and a sensor unit configured to determine hair distribution data on a body portion of a user.

A brush includes a brush body, electrodes provided at the tips of brush bristles, a sensor provided on the surface of the brush body on which the brush bristles are provided, and a controller configured to control the motions of the brush bristles on the basis of the detection output signal of the sensor. The sensor detects the conditions of the scalp, and the brush performs electric stimulation by applying a current of a specific frequency, or performs ion introduction/lead-out by applying a weak current, so as to be suitable for the conditions of the scalp of a target portion.

An electrical stimulation hair growing device includes: an energy providing module, an electrical pulse generating module and an electrical stimulation module. The energy providing module provides electric or mechanical energy to the electrical pulse generating module respectively through electrical or mechanical connection, the electrical pulse generating module being in electrical connection to the electrical stimulation module, and the electrical stimulation module being in contact with a skin surface of an area in need of hair growing; and the electrical pulse generating module generates regular electrical pulse signals by means of the electric or mechanical energy and transmits the regular electrical pulse signals to the electrical stimulation module, so that the electrical stimulation module applies the electrical pulse signals to the area in need of hair growing for electrical stimulation.