Multifunctional medical moving machine with four degrees of spatial freedom
A degree of freedom and multi-functional technology, applied in medical science, hospital equipment, medical transportation, etc., can solve the problems of large space requirements, single function, inconvenient use, etc., and achieve the effect of avoiding secondary damage
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Embodiment 1
[0039] Embodiment 1: A multifunctional medical lifting machine with four spatial degrees of freedom lifts the patient away from the original bed, and completes the up and down shift between the sick bed and the operating bed.
[0040] 1. Lay the stretcher cloth 1.3-8 under the patient's body.
[0041] 2. Lift the stretcher mechanism 1.3 to the upper limit position.
[0042] 3. The car body 1 is moved above the patient, and the stretcher mechanism 1.3 is controlled to move downward until the stretcher left bar 1.3-4 and the stretcher right bar 1.3-5 contact the patient's bed surface.
[0043] 4. Hook the stretcher cloth hook 1.3-7 to the corresponding stretcher bar hook 1.3-6, press the control button to stretch the stretcher tension push rod group 3.3-D9, 3.3-D9, and tighten the stretcher cloth.
[0044] 5. Press the control button to shorten the lifting electric push rod group 3.1-D1, 3.1-D2, 3.1-D3, 3.1-D4 synchronously. Lift the patient off the bed.
Embodiment 2
[0045] Embodiment 2: A multifunctional medical lift with four spatial degrees of freedom drives the patient to translate to one side, and completes the left and right side bed change between the patient's bed and the CT / MRI / B-ultrasound examination bed in a narrow space .
[0046] 1. According to Embodiment 1, the patient is lifted to leave the hospital bed and pushed to the side of the examination bed.
[0047] 2. Start the stretcher mechanism 1.3 swing out program. Read in the signal of the position sensor to judge the position from the detection bed. shown on the display.
[0048] 3. read in balance sensor signal,
[0049] 4. Execute the control command issued by the drive signal processing output module 2.4-3, the outward swing electric push rod group 3.2-D5, 3.2-D7 is extended, the outward swing electric push rod group 3.2-D6, 3.2-D8 is shortened, and the stretcher mechanism 1.3 swings outward .
[0050] 5. Read the load-bearing signal under the stretcher, if no...
Embodiment 3
[0052] Embodiment 3: A multifunctional medical lifting machine with four spatial degrees of freedom drives the patient to translate forward, and completes the patient's bed transfer from the hospital bed to the ambulance workshop.
[0053] Lift the patient away from the hospital bed according to embodiment one, and separate the supporting legs 1.2 to both sides, so that the car body 1 is close to the rear hatch of the ambulance.
[0054] 1. Push the stretcher mechanism 1.3 so that the front sliding beam 1.1-5 slides along the inner side of the track of the left load-bearing longitudinal beam 1.1-0 and the right load-bearing longitudinal beam 1.1-1, and the rear sliding beam 1.1-6 slides along the left load-bearing longitudinal beam 1.1-0 and the right The load-bearing longitudinal beam 1.1-1 slides on the inside of the track and slides on the outside of the track.
[0055] 2. Receive the load-bearing signal under the stretcher, and judge whether the pushing stretcher mechanism...
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