Open able electromagnetic field treatment system and method for using same

Abstract

The invention relates to the technical field of medical equipment, in particular to an openable electromagnetic field treatment system for systemic or limb treatment and a method for using the same. Acomplete solenoid capable of generating a therapeutic magnetic field is made into an openable solenoid, which can be opened and raised from one side. At this moment, each turn of line in the solenoidis broken. After dropped, the solenoid is completely closed, each turn of line is connected and restored to be a normal treatment coil. The openable electromagnetic field treatment coil is realized by dividing a coil into upper and lower half circles or a large half circle and a small half circle. When the coil is closed, each turn of coil is turned on. When the coil is opened, each turn of coilis disconnected. The function is realized by an up-down contact pogopin needle. When the coil is opened, all the contacts are immediately in a power-off state to ensure the safety of the patient and the operator. When the coil is completely closed, it is locked by the mechanism, and is unlocked by a special unlocking wrench to be prevented from being unlocked by mistake or misoperation.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to an openable electromagnetic field treatment system for treating the whole body or limbs and its application method. Background technique [0002] A large number of medical experimental studies and clinical application practices have shown that magnetic fields have the effects of analgesia, anti-inflammation, detumescence, lowering blood pressure, lowering blood lipids, promoting wound repair, fracture healing, treating early arthritis and preventing osteoporosis. A physical therapy with developmental potential. Although magnetic therapy can be traced back to the first century BC, its real prosperity began with the appearance of artificial magnets represented by rare earth permanent magnet materials, permanent ferrite and alnico alloys at the beginning of the last century. The magnetic field strength is much higher than that of natural magnets. On the other hand, artifi...

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Problems solved by technology

[0004] However, the above-mentioned treatment method based on a large therapeutic coil still has obvious defects, that is, patients can only drill into the interior of the coil from one end of the coil to receive treatment, which is undoubtedly difficult and dangerous for elderly, weak or disabled patients

Although it is possible to move the coil to one side first, let the patient lie down on the bed and then move the coil to the treatment site, but this will inevitably increase the length of the treatment bed, thereby increasing the manufacturing cost of the equipment and increasing the time required for placing the equipment. space

In addition, if a miniaturized therapeutic coil is used to cover the arm or leg to accelerate fracture healing or treat nonunion, it is difficult to extend the injured limb into the coil due to surgery or internal and external fixation.

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