Помешкина Светлана Александровна (RU),Архипова Наталья Викторовна (RU),Зеленков Евгений Прокопьевич (RU),Барбараш Ольга Леонидовна (RU)
申请号：
RU2016103194
公开号：
RU0000167679U1
申请日:
2016.02.01
申请国别(地区):
RU
年份:
2017
代理人:
摘要：
The proposed device is a medical technology and is intended for the rehabilitation of patients with impaired function of shoulder flexion as a result of weakening of the muscles of the shoulder girdle after coronary bypass surgery. In this case, the device is designed as a base from pressed into its swivel bearing, which is mounted in a tripod with a handle and slotted holes. Pre tripod threaded through the locking ring and the spring element rigidly mounted along the edge of the inner ring of the hinge bearing. In addition to the free end of the tripod, it is possible to secure the transverse composite beams, comprising a platform for the support of the forearm in the center, which is fixed handle. The height of the device can be changed depending on the patients growth by raising and sinking the spring element relative to the tripod, the tripod to hold a certain height is performed using a sleeve passing through the slotted holes and abutting a retaining ring. The deepening of the locking ring is fixed dynamometer. The device has an integral transverse bar attached to the free end of the tripod, and ends with a platform to hold the forearm, which is mounted in the center of the handle and the brush fixing belt. The proposed design can improve the efficiency of physical training in patients with impaired function due to the weight distribution of the hand and increase the amount of active-passive movements of the affected upper extremity.Предложенное устройство относится к медицинской технике и предназначено для реабилитации больных с нарушенной функцией сгибания плеча в результате ослабления мышц плечевого пояса после коронарного шунтирования. При этом, устройство выполнено в виде основания с запрессованным в нем шарнирным подшипником, в которое устанавливают штатив с рукоятью и прорезными отверстиями. Предварительно штатив продевают через стопорное кольцо и пружинящий элемент, жестко закрепленный по краю внутреннего кольца шарнирного подшипника. Дополнительно на
