Portable plasma treatment system (1) for generating an anisothermal plasma for use on humans, comprising the components: a) a compressed gas cylinder (10) with a valve (11), the compressed gas cylinder (10) having a usable volume of no more than five liters, b) a hand-held device (20) with a plasma nozzle (21), the hand-held device (20) being designed and provided to generate the anisothermal plasma, c) a control unit (30) which is designed to regulate a gas flow flowing out of the compressed gas cylinder (20) and/or an electrode voltage in the hand-held device (20) so that the plasma can be generated, d) a receiving device (40) having at least a first and a second locking device (41, 42), i. the first locking device (41) being designed and provided to manually fix the compressed gas cylinder (10) to the receiving device (40) and to manually release it again, ii. the second locking device (42) is designed and provided to manually fix the control unit (30) to the receiving device (40) and to manually release it again, e) a first gas line (31) which is designed to be manually connected to the valve (11) of the compressed gas cylinder (10) and manually released from the valve (11).
Figure 1 of the Specification
DE202017101912U1
1. Portable plasma treatment system (1) for generating an anisothermal plasma for use on humans, comprising the components:
a) a compressed gas cylinder (10) with a valve (11), the compressed gas cylinder (10) having a usable volume of no more than five liters,
b) a hand-held device (20) with a plasma nozzle (21), the hand-held device (20) being designed and intended to generate the anisothermal plasma,
c) a control unit (30) which is designed to regulate a gas flow flowing from the compressed gas cylinder (20) and/or an electrode voltage in the hand-held device (20) so that the plasma can be generated,
d) a receiving device (40) having at least a first and a second locking device (41, 42), wherein
i. the first locking device (41) is designed and provided to manually fix the compressed gas cylinder (10) to the receiving device (40) and to manually release it again, wherein
ii. the second locking device (42) is designed and provided to manually fix the control unit (30) to the receiving device (40) and to manually release it again,
e) a first gas line (31) which is designed to be manually connected to the valve (11) of the compressed gas cylinder (10) and manually released from the valve (11).
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| Plasma Source Specification |