Abstract:
A massaging apparatus has a capability of self-adjusting a massage strength for giving an optimum massaging effect for individual users. The apparatus includes a supporting frame on which a user rest and an applicator projecting from the supporting frame to be pressed against a user's body. The applicator is driven to move for applying a massaging force to the user's body. A pressure sensor is provided to monitor a pressure applied back to the applicator from the user's body as a counter-action of applying the massaging force to the user's body and to provide an output indicative of the monitored pressure. A strength-adjustor is included to vary a projecting amount of the applicator from the supporting frame and/or an operational speed of moving the applicator in order to adjust a massage strength applied to the user's body. The massaging apparatus is characterized to include an auto-controller which is connected to receive the output from the pressure sensor and actuates the strength-adjustor in order to increase and decrease the massage strength in such a manner as to follow the monitored pressure. Whereby, the apparatus is enabled to self-adjust the massage strength in proportion to a force at which the user has its back or desired portion pressed against the applicator.
Abstract:
A method for applying a mechanical massage while the back of a user is against the back rest of a chair or lying on a bed uses a massage mechanism unit having a pair of spaced parallel arm members and a massaging wheel rotatably supported on one end of each of the arm members. The massaging wheels are positioned on the back of the user on opposite sides of the spinal column. The massaging wheels are then simultaneously moved and turned in the same direction from left to right and right to left while moving back and forth along sinusoidal paths on two sides of the spinal column. The pressure exerted by one of the massaging wheels on the back is reduced by moving the massaging wheel away from the back as the massaging wheel moves closer to the spinal column. The pressure exerted by the other massaging wheel is increased by moving the massaging wheel toward the back as the massaging wheel moves away from the spinal column. The massaging wheels thus alternatingly move toward and away from the spinal column. The massaging wheels apply the same amount of pressure on the user's back and are at the same height relative to the spinal column when equally spaced from the spinal column.
Abstract:
A massage device for performing a kneading massage including paired left and right massage members, each having a treatment element, and a massage mechanism for operating at least one of the paired massage members to cause the treatment elements to move close to and away from each other in the horizontal direction to produce kneading actions. The massage member has an arm member extending substantially perpendicularly to the approaching/separating direction, and the treatment element is disposed at the front end of the arm member so that an extended line L extending along the protruding direction of the arm member passes through the interior of the treatment element.
Abstract:
There is provided a massage device for performing a grabbing massage such as to grab a to-be-massaged area.The massage device (1) comprises: a kneading massage member (2) having a kneading massager (9) at its front end; and a grabbing massage member (8) having a grabbing massager (7) at its front end, which is disposed on the base end side of the kneading massage member (2), and, the grabbing massage member (8) is designed to perform a grabbing massage by moving the grabbing massager of the grabbing massage member (8) close to and away from the kneading massager (9).
Abstract:
In combination, vertically percussive vibration and non-symmetrical forces are applied to a patient. The non-symmetrical forces may be generated by a variety of unevenly applied weights that are supported at appropriate body locations in a manner that upsets normal body load symmetry. The non-symmetrical forces in combination with vertically percussive vibrations induce neuromusculoskeletal proprioceptive re-education and development within a living body to correct musculo-skeletal disorders including but not limited to scoliosis. A special posture modifying chair and head-orienting glasses may be used instead of or in addition to unevenly applied weights. An additional force concentrating treatment apparatus is also presented.
Abstract:
A suspended footrest device for supporting and exercising a user's feet and legs. The footrest device includes a pair of footrests that are pivotally connected to the opposed ends of a rigid elongated member. A non-rigid suspension member is connected to a medial section of the elongated member to suspend the footrests. The footrests are pivotally connected to the rigid elongated member using a ball-and-socket joint and/or a rotatable turntable joint. The suspended footrest can also optionally include a damper positioned between each footrest and the respective end of the rigid elongated member for dampening the pivotal movement of the ball-and-socket joint. Optionally, the suspended footrest device can include a rigid elongated support member that has one end rigidly connected to a leg of a chair, and the second end connected to the non-rigid suspension member, whereby the footrests and the rigid elongated member are suspended by the support member.
Abstract:
An office chair allowing removing and mounting of massaging mechanism comprising a seat pad, a back-rest chair pad, a left armrest and a right armrest. There is a cavity inside the back-rest chair pad; a massaging mechanism is fitted inside the cavity; the massaging mechanism comprises a massaging head assembly and a driving assembly, both of which are mounted on a bottom case. The back-rest chair pad is furnished with at least 1 pair of rotary knobs. When the massaging mechanism is fitted inside the cavity and the rotary knobs rotate, press against the bottom case, and retain the massaging mechanism inside the cavity. To take out the massaging mechanism, just rotate the rotary knobs, and take out the massaging mechanism out of the cavity. The massaging mechanism may be replaced for various massaging effects that may relieve fatigues caused by sedentariness.
Abstract:
A massage device includes a rotation member and a massage head seat. The rotation member includes a driving axle at an upper end thereof to connect an eccentric rotation disc. A motor is to drive an axle of the eccentric rotation disc. A rivet is inserted in a through hole of a rotation post and pivoted to a hole of the eccentric rotation disc. The hole is disposed at an eccentric position of a top end of the eccentric rotation disc. The rotation post is secured in a link post at one end of the massage head seat.
Abstract:
The present invention relates to a massage device. In one embodiment, the massage device includes a massage assembly and a transmission assembly having a threaded bolt transmission mechanism for driving the massage assembly to provide massage effects. The massage assembly includes 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.