1191 results about "Massager device" patented technology

A massaging system includes a base sheet carrying a plurality of expandable bags arranged in a plane of the base sheet, and a charging and discharging unit connected to the bags for selectively supplying and discharging a pressurized fluid into and from the bags so as to inflate and deflate the bags, selectively. At least one applicator projects from each of the bags in contact with a portion of a human body for applying a massaging action. Each bag has a flexible top end capable of deforming into a curved contour when being inflated. The applicator is made of a hard material and projects directly from the top end wall of the bag as an integral part of the bag such that the applicator is caused to displace in a direction different from a direction along which the bag inflates and deflates principally, as a consequence of that the flexible top end wall deforms into the curved contour. Thus, the applicator can concentrate a massaging force resulting from the inflation of the bag to a particular portion of the user's body, giving a relatively strong local massage action sufficient for optimum treatment. Further, since the applicator takes a lateral movement in the direction generally perpendicular to the inflating direction during the inflation of the bag, the applicator can give a rubbing action, in addition to the pressing action, to the user's body for realizing effective and comfortable massage treatment analogous to that made by a human therapeutic massager.

A portable rolling massager is provided that includes a spindle, a roller rotatably mounted on the spindle, and a covering for the roller that features a comfortable surface when applied to the skin and pressure is applied to muscles underlying the skin. Heating and cooling of the cover provides other therapeutic benefits. Storage in the spindle accommodates weights, flashlights, key storage, music devices, and the like. Hand grips having distal ends are designed to provide the ability to massage trigger points that develop in the muscles.

A percussive massage device that includes a housing, an electrical source, a motor positioned in the housing, a switch for activating the motor, and a push rod assembly operatively connected to the motor and configured to reciprocate in response to activation of the motor. The housing includes first, second and third handle portions that cooperate to define a handle opening, wherein the first handle portion defines a first axis, the second handle portion defines a second axis and the third handle portion defines a third axis, and wherein the first, second and third axes cooperate to form a triangle.

A massage device which substantially mirrors the hardness and deformation characteristics of the human thumb or palm and is particularly effective in relieving tender and painful muscle and connective tissue conditions, including but not limited to trigger points, foot ailments and leg and arm ailments such as carpel tunnel syndrome. The massage device typically includes an elongated, resilient massage body. A pair of spaced-apart wheels is provided on the massage body to facilitate rolling the device on a surface. The wheels of the massage device may be rolled in a back-and-forth motion on a flat surface as the afflicted area or areas on an arm, leg, foot or other part of a user's body is pressed against the resilient massage body to substantially alleviate pain and discomfort associated with muscle or connective tissue conditions.

A percussion massager comprises a motor, a reciprocating assembly, a mallet, a power source, a housing, and a fixing frame. The motor, the reciprocating assembly and the power source are operably arranged in the housing. The motor comprises a main body and a first rotary shaft. Part of the mallet is not located in the housing. The first rotary shaft of the motor is operably mechanically connected with the reciprocating assembly. The reciprocating assembly is mechanically connected with the mallet. The fixing frame is installed in the housing. The main body of the motor and the reciprocating assembly are installed on the fixing frame. The main body of the motor and the reciprocating assembly are installed in the housing via the fixing frame only. When the motor is electrically connected with the power source, it rotates to drive the reciprocating assembly to reciprocate under the driving of the power source, thereby driving the mallet to make reciprocating linear motion for repeated striking.

A self-contained reciprocation mechanism is coupleable within an enclosure of a percussive massage device and is configured to receive an applicator head for stimulating a user's muscles. The self-contained reciprocation mechanism includes a spatial positioning bracket, a semi-cylindrical bracket, a piston, a motor, a crank, and a reciprocation linkage. The spatial positioning bracket is configured to receive the other interconnected components of the self-contained reciprocation mechanism and position said components relative to each other at close predetermined tolerances to assure that the interconnected components are properly positioned to provide consistent operating characteristics. The self-contained reciprocation mechanism is coupled within the enclosure using screws which extend through mounting tabs of the spatial positioning bracket.

A percussive massage device that includes a housing that defines a housing interior, a battery, a motor positioned in the housing, a switch for activating the motor, and a reciprocating shaft operatively connected to the motor and configured to reciprocate in response to activation of the motor. The reciprocating shaft includes a distal end that defines a reciprocation axis. The housing includes a first side portion and a second side portion that cooperate to define the housing interior and are defined on opposite sides of the reciprocation axis. The motor is positioned in the first side portion and the battery is positioned in the second side portion.

A hand-held massage device is provided for soft tissue treatment, the device operable to be applied with variable amounts of force to the body surface of a patient or subject. The device includes a central portion operable to be gripped by a user, with multiple treatment heads extending from the central portion. The treatment heads may be the same or different to perform a different treatment function. The treatment heads may be removably attachable to the central portion, such as by press or friction fit, screw-type attachment, quick release attachment, or the like. The treatment heads may be subjected to heating or cooling prior to attachment to the central body.

A massage device includes an outer casing, a driving mechanism and at least one massage module. The massage module includes an inclined rotary plate coupled to a main gear seat having central massage balls. When the inclined rotary plate rotates, the main gear seat and the central massage ball are driven to rotate. The main gear seat engages with a plurality of planetary gears, each of which is coupled with a massage arm. An upper end of the massage arm has a peripheral massage ball disposed thereon and a lower end of the massage arm contacts with the inclined rotary plate. A rotation of the inclined rotary plate drives massage arms and the peripheral massage balls thereon to rotate via the planetary gear as well as to move the massage arms up and down, thereby providing a massage of kneading and acupressure.

A rotary massage apparatus, which thermally massage muscles of human body while emitting anions and far-infrared rays by heating an electric heating element embedded inside of a ceramic layer that forms massage ball. The rotary heating massage apparatus is comprised of 1) a case, 2) an electric motor, 3) a worm (a gear looks like worm), connected to the electric motor, 4) a pair of worm wheels that are engaged to the worm, 5) two rotary shafts each of them is rotatably connected onto one worm wheel, 6) two rotary connection parts for applying electric power, each of them connects four connection wires of two heaters between the bottom surface of the rotary plate and the top surface of the case, 7) two rotary plates, having mounting holes thereon, and each of them is connected to one of the rotary shafts, 8) four massage balls mounted in the mounting holes with a predetermined height; and 9) four heating devices each one of them is comprised of a) a heating part having a heating element connected to a connection wire and molded inside the massage ball, and b) a rotary connection part for applying electricity through the connection wire of the heating part between the bottom surface of the rotary plate and the top surface of the case. The relative position of the massage balls are designed to stimulate the nerve part on the abdominal region of a human body.

A manual device for massaging one or both of the upper and lower lids of the eye, the device comprising: a body, composed of flexible resilient biocompatible material, wherein the body provides jaws or lips, wherein the lips are biased into a spaced relationship by the material of the body, and wherein each lip is adapted to engage either the upper or lower eyelid, such that movement of the lips causes movement of at least one eyelid with respect to the other. The devices can conveniently be used to manipulate the meibomian glands of the eye in an optimum orientation, for example for alleviating or treating dry eye.

The invention discloses a robot massager. The robot massager comprises a massaging head, a detector, a PCC controller and a multi-degree-of-freedom mechanical arm. The massaging head is installed at the front end of the multi-degree-of-freedom mechanical arm. The detector used for detecting the shape and position of the human body is installed on the massaging head. The PCC controller is installed on the multi-degree-of-freedom mechanical arm and electrically connected with the massaging head, the detector and the multi-degree-of-freedom mechanical arm and controls the massaging head to work. The PCC controller controls all joints of the multi-degree-of-freedom mechanical arm to rotate according to human body shape and position signals fed back by the detector so that the massaging head can be adapted to corresponding parts of the human body. The robot massager is wide in massaging range and can massage the head, neck, back, legs, feet and other parts of the body according to needs of a user as well as change positions according to the curve of the human body in the massaging process, and therefore the new mode of performing massaging along the curve of the human body is achieved.

A massager device providing multiple massaging effects with thermal enhancement is disclosed. The device comprises a cylindrical body with a first end which is closed and a second end which is open, a first cap coupled to the first end, and a second cap coupled to the second end, an assembly of DC vibrator embedded in the first end, and a switch embedded in the first cap. The cylindrical body comprises an inner layer and an outer layer. The inner layer is made of ABS materials. The outer layer is made of silicone rubber and comprises a base sheet and an array of evenly spaced identical elastic nipples positioned outwardly with their bottoms embedded in the base sheet. The first cap and the second cap have substantially identical exterior shape and size, each of which having an inner layer made of ABS materials and a silicone rubber ring coupled to the inner layer's exterior. The hollow space made by the cylindrical body and the second cap may contain thermal media such as water or gel. In operation, the user may enjoy massaging effects from the silicone rubber nipples, the silicone rubber rings on the both ends, as well as the high temperature or lower temperature controlled by the thermal media contained in the hollow space.

Provided is a device for massaging eyes comprising a mask received in a compartment and comprising annular left and right guards surrounding rear portions of left and right eye portions respectively, and left and right diaphragms in the eye portions respectively; a pneumatic-powered cylinder assembly for converting rotating motion into reciprocating motion; and a plastic tube interconnected the mask and the cylinder assembly. In operation, air having positive or negative pressure is built in the cylinder alternately prior to communicating to the eyes for massaging. There are provided protrusions around a rear portion of each guard. In another embodiment, there are provided left and right soft spacers attached to rear surfaces of the diaphragms respectively.

The present invention relates to a massage device. In one embodiment, the massage device includes a massage assembly and a transmission assembly for driving the massage assembly to provide massage effects. The massage assembly include a pair of massage members. Each massage member has a driving member having an eccentric wheel and an eccentric block, a massage bracket engaged with the driving member and a plurality of massage heads attached to the massage bracket.

The invention discloses a massage system and a massager control method. The massage system comprises a cloud server, a mobile terminal and relaxing device equipment, wherein the cloud server is used for configuring each massage action configuration parameter; the mobile terminal is used for obtaining each massage action configuration parameter of the cloud server, receiving an operation instruction of a user and generating a corresponding massage control parameters according to the operation instruction and the corresponding massage action configuration parameter; the relaxing device equipment is used for receiving the massage control parameter sent by the mobile terminal and operating a corresponding massage action. The mobile terminal is used for performing massage control, so that the relaxing device equipment does not need to set an entity man-machine interaction part; the volume of a massage appliance is reduced; the cost is reduced; each massage action configuration parameter can be updated in real time by cloud server configuration; the massage action parameters are customized through the mobile terminal, so as to generate the massage control parameter meeting the requirements of the user; therefore the massage action can be regulated by the massage appliance according to the requirements of the user.

The invention relates to a massage device comprising an essentially cylindrical housing, with electromechanical means arranged in the housing for generating mechanical vibrations, along with electronic means arranged in the housing for activating the means for generating mechanical vibrations, and with a power source, connected to the means for generating mechanical vibrations and the electromechanical means, wherein the means for generating mechanical vibrations comprise at least one coil element and at least one ferromagnetic core arranged parallel or coaxial with the coil element and movably guided parallel to the cylinder axis, characterized in that the core has a mass m1, the mass ratio m1:m2 of which to the total mass m2 of the massage device is in the range from 1:100 to 1:3.

The present invention relates to massage assembly structured for mounting on a vertical supporting surface during a massaging procedure. The massage assembly includes an elongated housing mounted on the supporting surface in a substantially vertical orientation. A contact assembly is movably disposed on the housing and is operative to apply a massaging pressure to predetermined body portions of the user. A sensor assembly is disposed and structured to determine at least one area of engagement between the housing and the user's body. A drive assembly is connected in driving relation to the contact assembly. The sensor assembly is connected to the drive assembly and is operative to determine at least one area of application of the contact assembly on the predetermined body portion.