首页> 外国专利> Magnetotherapeutic device with optimum settings, UNITS EXPOSURE traveling pulsed magnetic field in its composition and improved design MEDIA EXPOSURE UNITS (optional)

Magnetotherapeutic device with optimum settings, UNITS EXPOSURE traveling pulsed magnetic field in its composition and improved design MEDIA EXPOSURE UNITS (optional)

机译:具有最佳设置的磁疗设备,UNITS EXPOSURE行进脉冲磁场的成分和经过改进的设计MEDIA EXPOSURE UNITS(可选)

摘要

The proposed group of useful model relates to medical engineering, in particular to devices for influencing the running pulsed magnetic field on the human body and can be used for magnetic physiotherapy departments of hospitals and clinics, as well as in health centers of military units, sea and river ships and at home .; The technical result of the claimed device and the support structure impacts nodes - providing an effective treatment modality traveling pulsed magnetic field on the human body due to the improved possibilities provisional optimum adjustment device according to biotrophic parameters of the magnetic field while minimizing the functional circuitry means instrument design that increases the reliability of its operation and spreading, respectively, the scope of its use, as well as improving operational properties zayavlyaemo second unit; To achieve said technical result, a magnetotherapy device with optimized configuration, comprising a source of pulses arranged scheme multivibrator, whose output is connected to the input of the pulse distributor, connected with their outputs diversity coming from these pulses in time on the channels through keys with feedback nodes pulse source has performance as a multivibrator with gleaned frequency and duty cycle pulses, exposure units are arranged as a set of (six) channel Started sneeze inductors with the possibility of their distribution on the human body, and between the pulse distributor outputs made, for example in the form of a ring counter, and keys provided on the FET administered channel conditioners effective to influence the shape and temporal characteristics of pulses comprising series-connected circuit nodes chains differential for a predetermined time truncation pulse shape coming from the outputs of the ring counter, and increase the time interval between the appearance of iem in the channels as a result of their diversity circuit nodes transistor preamplifiers for equalizing pulse form circuit components and transistor inverters to restore amplitude pulses mark, which have acquired a negative amplitude after passing through the differential circuit nodes chains.; Also in the inventive construction vehicle impact nodes representing the flexible tape bearing the working set of inductors are linearly spaced along the belt and are designed as current coils enclosed in a flat insulating housings attached to said tape length not less than a value corresponding to the distance between the centers of extreme current coils equal to the average length of a human spine, current coils on the outer side hulls formed the engagement elements in the form of hooks and sockets for them disintegrations decomposition in the plane of the belt on either side thereof for coupling housings current coils in winding the tape around a narrow object impact - parts of the human body, such as feet or tape - lateral longitudinal holes or loops (under bandages fastening) along the tape on both sides for fixing the carrier on the human body.
机译:所提出的有用模型组与医学工程有关,特别是涉及一种影响人体运行脉冲磁场的装置,可用于医院和诊所的磁物理治疗部门以及海上,海上部队的医疗中心以及河船和家中。所要求保护的装置和支撑结构的技术结果影响节点-由于改进的可能性,根据磁场的生物营养参数,提供了一种有效的治疗方式,在人体上传播脉冲磁场,同时使功能电路装置最小化仪器设计,分别增加其操作和传播的可靠性,使用范围,以及改善zayavlyaemo第二单元的操作性能;为了获得所述技术结果,具有优化配置的磁疗设备包括:脉冲源布置方案多谐振荡器,其输出连接到脉冲分配器的输入,并通过键及时将来自这些脉冲的输出分集连接到通道上带有反馈节点的脉冲源具有用作多谐振荡器的性能,具有收集的频率和占空比脉冲,曝光单元布置为一组(六个)通道启动喷嚏感应器,可能在人体上分布,并且在脉冲分配器输出之间例如,以环形计数器的形式制成,并且在FET管理的通道调节器上提供的按键可有效地影响脉冲的形状和时间特性,这些脉冲包括串联连接的电路节点,在预定的时间内截断了来自输出的差分脉冲形状的链环形计数器,并增加出现之间的时间间隔由于其分集电路节点而在通道中产生的iem强度,用于均衡脉冲形式电路组件的晶体管前置放大器和恢复振幅脉冲标记的晶体管反相器,它们在通过差分电路节点链后已获得负振幅。同样在本发明的工程车辆中,代表带有感应器工作组的柔性带的冲击节点沿着带线性地间隔开,并且被设计为包围在扁平绝缘壳体中的电流线圈,该扁平绝缘壳体附接到所述带的长度不小于对应于距离的值在等于人的脊柱平均长度的极端电流线圈的中心之间,外侧船体上的电流线圈以钩和插座的形式形成了接合元件,因为它们在皮带的平面中在其任一侧上分解分解,从而形成耦合器外壳中的电流线圈,用于将带子缠绕在狭窄的物体上-人体的某些部位,例如脚或带子-两侧沿带子的横向纵向孔或环(在绷带固定下),用于将载体固定在人体上。

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