Radioactive particle automatic ranking and filling device
A radioactive particle and automatic sorting technology, which is applied in X-ray/γ-ray/particle irradiation therapy, radiation therapy, treatment, etc., can solve the problems of increasing operation time and doctor's workload, and low efficiency of loading particles by hand, so as to reduce the operation time. Time and risk, reduction of work intensity and operation time, effect of reduction of work intensity
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Embodiment example 1
[0055] This implementation case selection 125 I Radioactive particles and the particle clips that match it are sorted and loaded. Using the method of gas-driven particles, the inert gas meeting the medical standard of 0.5MPa will 125 Particles are blown up and move along the multi-section arc plates and guide blocks, and then they are arranged in an orderly manner along the axial direction and enter the particle conveying channel.
[0056] When entering the particle transport channel 125 After the number of particles exceeds the number of particles required in the particle magazine, the particle locking device is activated to locate the particles behind the first particle, and the traction device moves the first particle to the particle outlet and enters the particle delivery channel.
[0057] first 125 After the I particle enters the particle channel, close the particle outlet, and start the push rod to push the particle into the particle magazine along a straight line per...
Embodiment example 2
[0060] This implementation case selection 60 Co particles and corresponding particle magazines are sorted and loaded. By means of high-frequency vibration, the 160 The Co particles are aligned and enter the particle delivery channel.
[0061] In this embodiment, the particle delivery channel is divided into two, that is, two columns of particles are connected in parallel. During the filling process, two particles enter the particle channel at the same time and keep the axis parallel. Under the action of the push rod, the two particles move side by side along the arc-shaped particle channel and then enter the particle magazine. After a few cycles the particles in the particle magazine 125 The number of I particles was as expected. Finally, the magazine is ejected automatically.
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