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    • 1. 发明申请
    • AUTOMATIC TRAINER
    • 自动培训
    • WO1998055071A1
    • 1998-12-10
    • PCT/YU1998000014
    • 1998-05-28
    • NOVAKOVIC, Vlastimir
    • FROLOV, Konstantin Vasiljevic¿MIRKIN, Aleksandar Samuilovic¿JOVANOVIC, Milos¿S¿CEKIC, Vladimir
    • A61H01/02
    • A61H1/0266A61H1/0262A61H23/02A61H2201/1215A61H2201/1642A61H2201/1676
    • Automatic trainer, enclosing inside a housing consisting of boundary plates (1, 2, 3, 4, 5), connected by screws (27) and divided by plate (6) of the motor with a supplementary plate (7), an installed step-motor (22) with a driving conical gear (19) fastened to the output shaft of motor (22), coupled with two lateral conical gears (18), fastened to shafts (8) and born in husks (10), fastened to the side plates (1) of the housing. At the ends of shaft (8) are fastened mutually rotated carriers (7) of the slipper supports (16), with VELCRO3 strips (38 and 39) fastened to same shaft ends. On the plates (1 and 2) of the housing, two parallel rails (9) are mounted, with a sliding installed plate (11) on guides (12) with screws (21), as well as with carriers (13) with screwn-in screws (20) and their tightening claws (5) with laterally fastened bolts (14) for leaning on. The automatic trainer has a connected unit to the apparatus for vibrational biomechanics application is foreseen for walking simulation by synchronous driving i.e. turning of the patient's feet about his ankle joints, the feet being simultaneously leaning on the stance zones on the slippers with installed vibrators, in the programmed rythm of their operation.
    • 自动训练器,包围在由边缘板(1,2,3,4,5)组成的壳体内,所述外壳由螺钉(27)连接并由马达的板(6)与辅助板(7)相连,安装步骤 (22),其具有紧固到电动机(22)的输出轴的驱动锥形齿轮(19),与驱动轴(8)紧固并出现在壳(10)中的两个侧向锥形齿轮(18)联接,固定到 外壳的侧板(1)。 在轴(8)的端部通过紧固在同一轴端的VELCRO3条(38和39)紧固拖鞋支撑件(16)的相互旋转的托架(7)。 在壳体的板(1和2)上,安装有两个平行的轨道(9),在带有螺钉(21)的引导件(12)上安装有滑动安装板(11),以及带有刷子的托架(13) - 螺钉(20)和其紧固爪(5)具有侧向紧固的螺栓(14),用于倾斜。 自动训练机具有与用于振动生物力学的装置的连接单元,预计通过同步驾驶进行步行模拟,即转动患者脚围绕其踝关节,脚同时倾斜在具有安装的振动器的拖鞋上的姿势区域 他们的操作程序的节奏。
    • 3. 发明申请
    • EXERCISE METHOD AND APPARATUS WITH CYCLOIDAL REDUCER
    • 具有循环减速器的锻炼方法和装置
    • WO1995026701A1
    • 1995-10-12
    • PCT/US1994012598
    • 1994-11-04
    • LUMEX, INC.
    • LUMEX, INC.SMITH, James, F.
    • A61H01/02
    • A63B21/0058A63B2220/54A63B2225/30Y10S482/908
    • The present invention discloses an exercise, rehabilitation and extremity testing method and apparatus (1) having a cycloidal speed reducer (49). A multi-position chair (2) is rotatably mounted to a stand (3) which is slidingly mounted to a track (4) on a platform (5). A dynamometer (10) is mounted on a pedestal (6) on the platform (5) such that it is capable of rotating about a horizontal axis (b) and a vertical axis (a). The vertical height of the dynamometer (10) can also be adjusted. An input apparatus (12) capable of engaging the limb of a user is mounted to an input shaft (57) of the dynamometer. A motor (30) controls the movement of the input shaft (57) through a cycloidal speed reducer (49). Consequently, the motor (30) controls the movement of the input arm (12) and the user's limb. The user exercises his muscles by applying force to the input apparatus (12) according to a number of different protocols.
    • 本发明公开了一种具有摆线减速器(49)的运动,康复和肢体试验方法和装置(1)。 多位置椅子(2)可旋转地安装在支架(3)上,该支架滑动地安装在平台(5)上的轨道(4)上。 测力计(10)安装在平台(5)上的基座(6)上,使得其能够围绕水平轴线(b)和垂直轴线(a)旋转。 测功机(10)的垂直高度也可以调节。 能够将用户的肢体接合的输入装置(12)安装在测力计的输入轴(57)上。 电动机(30)通过摆线减速器(49)来控制输入轴(57)的移动。 因此,电动机(30)控制输入臂(12)和使用者肢体的移动。 用户根据多种不同的协议对输入装置(12)施加力量来锻炼肌肉。
    • 6. 发明申请
    • MACHINE FOR THE THERAPEUTIC TREATMENT OF LUMBAGO AND LUMBAGO/SCIATICA
    • LUMBAGO和LUMBAGO / SCIATICA治疗机器
    • WO1989006527A1
    • 1989-07-27
    • PCT/IT1989000003
    • 1989-01-20
    • T.E.K S.R.L.BRACCI, RiccardoCATELANI, GuglielminaFANTOZZI, MassimoGRIMALDI, LuigiMARRI, PietroLIPPI, Paolo
    • T.E.K S.R.L.
    • A61H01/02
    • A63B23/085A61H1/02
    • A machine for the therapeutic treatment of lumbago and lumbago/schiatica comprising a fixed footplate (2) and a footplate (6) movable angularly as a result of the weight of the patient supported in an upright position with one foot on one footplate (2, 6), and another foot on the other footplate (2, 6). The footplates (2, 6) are arranged one in front of the other so that the patient is supported by them in a substantially ambulatory position. The movable footplate (6) comprises two adjacent portions (6a, 6b), intended to act as a support for the front part of the foot and for the heel, respectively. Both portions of the movable footplate (6) are connected to balanced counterweight means (22, 24-27) designed to maintain said portions (6a, 6b) in a plurality of prefixed equilibrium positions and in such a way that an angular displacement of one of said portions results in a corresponding opposite angular displacement of the other portion. The balanced counterweight means comprises a variable counterweight (22) sliding in response to movements of the portions of the movable footplate and a variable balancing couple (24, 27) designed to brake the sliding movement of the counterweight. By modifying the counterweight and the balancing couple it is possible to vary the movable footplate resistance to the load.
    • 一种用于治疗腰痛和腰痛/脊柱动物的机器,包括固定的脚踏板(2)和脚板(6),由于患者的重量由一个脚支撑在一个脚踏板(2, 6),另一只脚在另一脚踏板(2,6)上。 脚踏板(2,6)一个放置在另一个的前面,以使患者在其基本上动作的位置被它们支撑。 活动式脚踏板(6)包括两个相邻部分(6a,6b),分别用作足部的前部和后部的支撑。 可移动底板(6)的两个部分连接到平衡配重装置(22,24-27),该平衡配重装置被设计成将所述部分(6a,6b)保持在多个预定平衡位置,并且使得一个 的所述部分导致另一部分的对应的相反的角位移。 平衡配重装置包括响应于可移动底板的部分的移动而滑动的可变配重(22)和设计成制动配重的滑动运动的可变平衡耦合(24,27)。 通过修改配重和平衡对,可以改变活动脚板对负载的阻力。
    • 7. 发明申请
    • A TRACTION APPARATUS FOR PHYSICAL THERAPY OF HERNIATED NUCLEOSUS PULPOSUS OR SPRAIN AND STRAIN
    • 用于治疗神经细胞核的物质治疗的追踪装置
    • WO1997025958A1
    • 1997-07-24
    • PCT/KR1997000010
    • 1997-01-18
    • PARK, Chang, Joon
    • A61H01/02
    • A61H9/0078A61F5/055
    • Traction apparatus for medically and physically treating herniated nucleosus pulposus or sprain and strain is disclosed. The traction apparatus comprises an upper support frame (10), a lower support frame (30), and a plurality of tubes (60). The traction apparatus further includes an exercising device (20). The upper support frame (10) encircles the upper part of the therapy region and has two free ends positioned in space relation. The lower support frame (30) encircles the lower part of the therapy region and has two free ends positioned in space relation. The tubes are expandable to provide traction on the therapy region and are filled up with fluid which is generated by a fluid generating device. Preferably, the fluid generating device (45, 46) is a programmed controller including additionally pressure regulating function, timing function, intermittent ON and OFF function, etc.
    • 公开了用于医​​疗和物理治疗突出的髓核或扭伤和应变的牵引装置。 牵引装置包括上支撑框架(10),下支撑框架(30)和多个管(60)。 牵引装置还包括运动装置(20)。 上支撑框架(10)围绕治疗区域的上部并且具有以空间关系定位的两个自由端。 下支撑框架(30)围绕治疗区域的下部并且具有位于空间关系中的两个自由端。 管可扩张以在治疗区域提供牵引力,并且由流体产生装置产生的流体填充。 优选地,流体产生装置(45,46)是包括另外的压力调节功能,定时功能,间歇的ON和OFF功能等的编程控制器。
    • 10. 发明申请
    • LEG MOVEMENT RAIL
    • 腿部运动RAIL
    • WO1994015571A1
    • 1994-07-21
    • PCT/EP1993000001
    • 1993-01-04
    • MEDIREHA GMBHBLAUTH, Walter
    • MEDIREHA GMBH
    • A61H01/02
    • A61H1/0259A61H1/0262A61H2201/164A61H2201/1676
    • The leg movement rail is used for the repetitive, especially passive, movement of the knee and hip joints in orthopaedics. It consists essentially of a base (1), a thigh-side rod (2) which is secured at one end (21) by means of a rotary joint (22) to the base (1), a shin-side L-shaped rod (3), the shorter shank (31) of which is secured to the base (1) by a rotary joint (32) arranged to tbe movable along the base (1) and an articulated mechanism (10) connecting the other end (22) of the rod and the longer shank (33) of the rod (3). The articulated mechanism (10) consists of a jointed polygon (7) which, during a to and fro movement of the shorter shank (31) of the rod (3) secured to rotate on the base (1), generates a curved path (13) around the virtual axis of rotation (12) of the hip which corresponds to the idealised, curved path (13') of the knee joint of the body concerned about the axis of rotation (12') of the patient's hip. A further advantage of the leg movement rail lies in the fact that there is no need for any technical right/left conversion for the other limb.