239 results about "Massage - action" patented technology

A device for stimulating the meibomian glands of the eyelid comprising: a handle; a head that is non-removable and integral to the handle, the head comprising an eyepiece that oscillates to provide a massaging action to an eyelid and that comprises a front end that is concave in shape to fit over an eyelid; a heater located inside of the eyepiece; a temperature sensor located inside of the eyepiece, wherein the temperature sensor causes the eyepiece to heat to a predetermined temperature and then stop heating; and a charging base that supplies power to a motor that causes the eyepiece to oscillate, wherein the motor comprises a motor shaft. A method of applying heat and massaging action to the eyelid at the same time.

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 roller massaging mechanism of a type having a pair of right and left massaging rollers mounted on an intermediate portion of a rotary shaft in a slanted fashion relative to an axis of the rotary shaft, and includes a switching member for selectively switching the position of the pair of right and left massaging rollers into one of a kneading position where the pair of massaging rollers are slanted opposite to each other and a non-kneading position where the massaging rollers are slanted parallel with each other. When the massaging rollers are caused to assume the kneading position by the switching member, a kneading massage operation is performed, while when the massaging rollers are caused to assume the non-kneading position, a massage operation other than the kneading massage operation such as a finger pressure-like massage or a tapping massage is performed

A pneumatic or hydraulic massage sock comprised of a unitary molded insole formed with one or more internal pump chambers for generating fluid pressure throughout the user's gait, and a plurality of interconnected compression pads each containing an array of fluid feed tubes. The compression pads fold up and around the foot and calf substantially enveloping them in a low-profile sock-like configuration, and an outer shell is worn overtop to maintain the compression pads against the user's calf. The fluid feed tubes in the compression pads are in fluid communication with the pump insole to provide a self-compressive non-constricting and yet deep-kneading, non-constricting undulating (wavelike) pattern massage action up the leg in accordance with the full-length heel-to-ball-to-toe foot plant. The outer shell hides the pump insole and compression pads and looks like a conventional sock, such that the combination can be worn with virtually any conventional pair of shoes. This provides effective relief for individuals with circulatory disabilities, diabetes, arthritis, etc.

A vibrator/massager with sound recording and playback features provides tactile as well as audio stimulation. A massaging or vibrating portion of the present invention may provide vibrating or massaging action. Power can be supplied by AC power or DC battery power to the vibrator and to the sound recording unit. The sound recording unit may provide both recording and playback features or, in some embodiments, just playback features. A microcontroller with available memory or another sound signal recording reservoir may receive audio signals from a microphone. Upon recording noises, sounds, or the like, the microchip controller may then play those signals back through a speaker. The microchip controller may have a record button, a play button and an LED light. Materials used in the present invention should be such as to provide a safe operation with little or no risk of shock to the user.

The invention discloses a massager, comprising a shell; a massaging machine core arranged inside the shell; and a control circuit board arranged in the shell and used for controlling the start and stop of the massaging machine core. The massager is characterized in that the massaging machine core has a base; a finger-pressing type massaging head is arranged on the base; the shell is provided with a limit slide chute through which the massaging head can extend out; the massaging head can movably pass through the limit slide chute; the massaging machine core further comprises a first driving mechanism for driving the massaging head to carry out reciprocating motion along the limit slide chute and a second driving mechanism for driving the massaging head to stretch axially; and the control circuit board is connected with the first driving mechanism and the second driving mechanism respectively. The massager disclosed by the invention adopts the finger-pressing type massaging head structure, so that the massager can realize finger-pressing massaging actions in use process, therefore users can experience the effect of manual acupuncture point massage, and the massage healthcare effect is enhanced; besides, the massage has simpler structure and small occupied space, and reduces manufacture cost.

A massaging device particularly for a chair is provided. Owing to the provision of the rotative arms, the relative distance between the upper and lower massaging element pairs in the massaging device can be adjusted, and thus a massaging action imitating a human-made massaging action can be generated by the massaging device. Further, a relative protruding extent between the upper and lower massaging element pairs may be selected, and thus the foul-wheel or dual-wheel based pressing, rubbing and tapping actions can be provided when these massaging elements are operated with cooperation of a displacement mechanism and a control device. In addition, the provided massaging force can be adjusted to achieve a good massaging effect on the acupuncture points and strained muscles of the user.

Active comfort controlled bedding systems include a variable firmness control and/or variable climate control. The active comfort controlled bedding systems generally include a plurality of air bladders, each one of the plurality of air bladders includes a pressure sensor configured to measure pressure within a respective air bladder. A control unit configured to selectively operate a pump and valves to sequentially adjust a pressure in two or more of the plurality of air bladders having an applied load of an end user thereon to provide a repeating pattern within the two or more plurality of air bladders, wherein the repeating pattern is defined by a pressure increase and subsequent decrease in a selected one of the plurality of air bladders followed a pressure increase and subsequent decrease in a selected other one of the plurality of air bladders to provide a massaging action.

A shock-absorbing system and device for footwear, and a footwear article including the device. The shock-absorbing device has a plurality of first projections distributed on and extending upwardly from the upper surface in contact with the user's foot, and a plurality of second projections distributed on and extending downwardly from the lower surface in contact with the ground. During the flexion of the foot when stepping, the second projections yield elastically, and displace the first projections upwards and into contact with the foot. The first projections move in a plurality of directions, achieving a massage action, the shock-absorbing, and the uniform distribution of the load on the foot.

An ergonomic support surface (2) is disclosed that supports a user's hand or wrist while moving in contact with the ergonomic support surface (2) to control a hand activated device, for example, a computer mouse on a mouse pad (6). The ergonomic support surface (2) may comprise a base (4) with a support structure (7) upon which the user's wrist or hand rests. The support structure (7) provides a massaging member, for example, a roller (8) that imparts a massaging action to the user's hand or wrist while the user's hand or wrist moves in contact with the supporting structure (7).

Sound-controlled massaging apparatus is disclosed, which delivers massaging actions corresponding to the audible music at an output thereof. The massage apparatus includes a power circuit, an audio signal processing circuit, a main control unit, a manual control unit, and a massage mechanism, wherein the main control unit includes a microcontroller chip U2 and a driving circuit, and the manual control unit includes a microcontroller chip U1, a control panel, a LCD display, and an input key control circuit. The massage mechanism includes a massage head that is able to produce rolling, drumming, and thumbing actions, and vibrators that produce vibration separately and jointly, and each vibrator is constructed with a sleeve, a motor, and an eccentric wheel. The sound-controlled massaging apparatus enables the user to monitor the massaging operation with variable intensity and frequency cycle controls.

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 discloses an automatic massaging type head washing machine. A pressing driving mechanism for driving massaging heads to do linear reciprocating telescopic movement relative to a hood body so as to press and loosen the head of a human body and a rotation driving mechanism for driving the hood body to rotate so as to drive the massaging heads to revolve by virtue of the hood body are additionally assembled on the hood body of a hood device in the head washing machine, wherein the pressing driving mechanism is connected to the outer ends of the massaging heads in a transmitting mode; and the rotation axes of the hood body are arranged with the massaging heads at intervals. According to the hood device, the massaging action of the massaging heads is a rubbing action formed by combining a pressing action and a rotating action, and meanwhile the head of the human body is pressed tightly by the massaging heads under the driving of the pressing driving device, so that an action of tightly holding against the hood device with manpower is avoided, and the human head gets relaxed during massaging; therefore, the comfort and the completeness of massaging the human head are improved.

A rotary massage device includes a housing in which an assembly of a worm shaft and a worm gear is operable to drive a gear plate in rotation. The gear plate includes a plurality of mounting seats of different heights for placement of a plurality of massage members thereon, wherein the massage members may have different sizes. Between the housing and the gear plate are mounted a plurality of cushion elements, which include multiple pins passing through the housing and abut against the gear plate, each pin being mounted with a spring. During operation, the actuating mechanism drives the gear plate and the massage members of different heights in rotation. Through the cushion elements, swaying movements of the gear plate can be cushioned in an effective manner, so that a user in contact with the massage members can also feel pressing and kneading massage actions.

The invention relates to a massager core which comprises a therapy mechanism, a kneading drive mechanism, a knocking drive mechanism and a strength adjusting mechanism. The kneading drive mechanism drives the therapy mechanism to generate kneading massage action, the knocking drive mechanism drives the therapy mechanism to generate knocking massage action, and the strength adjusting mechanism adjusts the therapy strength of the therapy mechanism. The kneading drive mechanism comprises a first shaft support for supporting the therapy mechanism and can transform rotating action of the first shaft support into deflection movement of the therapy mechanism, and the strength adjusting mechanism can drive the therapy mechanism to rotate by taking the first shaft support as a center to adjust thetherapy strength of the therapy mechanism. The strength adjusting mechanism and the kneading drive mechanism of the massager core share the first shaft support, the integrated structure of the massager core is compact, and miniaturization design of the massager core is facilitated. The invention further provides a massager.

A massage device includes a housing in which is assembled an actuating mechanism including a worm shaft and worm gears. The massage device includes at least one massage unit mounted through the housing and driven by the actuating mechanism. The massage unit includes a driving gear and a plurality of driven gears engaged with the driving gear to form a set of planetary gears. A top of each driven gear is provided with a plurality of mounting seats of different heights, and a massage member is disposed on each of the mounting seats. As multiple massage members are provided at different positions and heights, a massage action comprised of pressing and kneading movements can be produced on a region of a user's body put in contact with the massage members.

A C-shaped bra type breast simulative massage appliance is composed of symmetrical two massage units. Each massage unit consists of massage head module, big arm module, connecting rod module, crank-slide block module, and box body. A speed-adjustable motor and a pull ring with spring are used to perform various massage actions.

The invention discloses an automatic massager which comprises a massage chair, a massage device, a smearing device, a scanning device and a mechanical hand. The massage chair comprises a seat cushion, a back cushion, a foot pad and a chair support. The smearing device comprises a machine frame, a smearing assembly, a massage liquid bottle and a driving device. The massage device comprises a plurality of massage mechanisms and a massage mechanism fixing base. The mechanical hand comprises a mechanical hand fixing base, a first rotary arm, a first swing arm, a second swing arm, a third swing arm, a second rotary arm and a fixing plate. By means of the automatic massager, massage liquid can be quantitatively squeezed out and can be evenly smeared on a designated area of the skin surface of a patient, so the massage liquid can be sufficiently absorbed by the skin of the patient. In addition, by simulating massage actions of fingers, the automatic massager can massage acupoints of a human body and can also massage the human body in various modes such as grasping, kneading and pushing.

A vacuum device for facilitating the attainment of a penile erection is disclosed. The vacuum device comprises an inner tubular member slidably engaged with an outer tubular member with a sleeve member disposed inside the inner tubular member. The sleeve member defines a conduit having a plurality of nub-like protrusions adapted to maintain a sufficient degree of vacuum inside the device while simultaneously providing a massaging action.

The present invention relates to massage device, and is especially one massage device with massage mechanism and walking mechanism for massage back and waist of human body. The massage device capable of completing several massage actions is provided with kneading motor, kneading transmission mechanism, gearbox, fixed shaft, crank-block mechanism and massage wheels. It simulates hand to massage mechanically, and has the advantages of less noise, small size, simple structure, great kneading force, etc.

The invention provides a massage machine core. The massage machine core comprises a base. A first motor is arranged on the base and provided with a transmission shaft. The transmission shaft is sleeved with two eccentric shaft sleeves, and a first eccentric structure and a second eccentric structure are formed at the two ends of each eccentric shaft sleeve respectively. Four massage arms are pivoted to the two ends of each eccentric shaft sleeve respectively. The first motor can be made to drive the two eccentric shaft sleeves to rotate through the transmission shaft, two massage arms are pivoted to the first eccentric structures to achieve first massage action, and the other two massage arms are pivoted to the second eccentric structures to achieve second massage action. By arranging the four massage arms on the two eccentric shaft sleeves with different eccentric structures formed at two ends, the eccentric structures at the two ends of each eccentric shaft sleeve drive the four massage arms to achieve various massage actions, so that the technical problem of existing massage machine cores that due to the fact that the swing angle of massage arms is limited, an ideal massage effect can not be realized is solved.

The invention relates to a medical orthopedic back massage device for different parts of the back of the human body, including a rectification device, a spine massage device, two shoulder massage devices and a neck massage device, and a spine massage device is installed at the rear end of the correction device Two shoulder massage devices are installed symmetrically on the upper side of the left and right ends of the correction device, and a neck massage device is installed on the upper end of the correction device. The present invention can solve the problem that in the existing massage process, massagers need to massage the parts of the human body one by one. The process is cumbersome and complicated. During the massage process, the personnel need to use force to massage various parts of the human body. Too much force or too little force will affect the actual effect of massage , People can only do a small range of movements in the designated position during massage. People may not be able to massage while correcting their back. The manual massage process takes a long time, labor intensity is high and efficiency is low. It can be realized on the human body at the same time. Multi-part massage function.

The invention discloses a massage manipulator training method based on deep reinforcement learning. The problems that in the prior art, the action of a massage manipulator is only in a simulation state, and the massage action is not accurate enough are solved. The massage manipulator training method has the effects of enhancing the skill of the massage manipulator, providing professional and accurate massage, and reducing the fatigue of manual massage. The massage manipulator training method comprises the following steps that actions and pressure data are acquired, the data are processed, a reference action set and a reference pressure set are constructed, and a pressure value comfort range is set; the data, the reference action and the reference pressure are input into a neural network tobe predicted and decided, an action value and a pressure value corresponding to the output decision of the neural network are executed, and the action value and the pressure value are compared with the reference action and the pressure value comfort range; and the trained network is connected with a control system of the massage manipulator after the set condition is met.

The invention discloses a massaging method and a massaging system based on a mobile terminal. The massaging method comprises the following steps: searching and binding massager equipment by virtue of the mobile terminal on the basis of Bluetooth; receiving massaging parameters, which are set by a user, by virtue of the mobile terminal, and transmitting a received massaging starting command, which is inputted by the user, and the massaging parameters to the bound massager equipment through the Bluetooth; and implementing corresponding massaging actions in accordance with the received massaging parameters after the massaging starting command is received by the massager equipment. With the implementation of the technical scheme, volume of the massager equipment can be diminished, cost of the massager equipment can be reduced and user experience can be improved.