The present invention relates to a mechanism for realizing the theory of resin needles, and more particularly, to a transfusion stimulator for acupressure stimulation of spinal reflectance (transfusion) on the back of a hand including a middle finger and a stimulus plate set that is an accessory thereof. Units in which multiple magnetic poles 13 of different sizes are arranged in exact proportions at points corresponding to the spinal reflection points in the unit section between each reference point so that the function of the blood level gauge and the function of the blood level stimulation tool can be simultaneously displayed. The magnetic pole plate 10 and the unit magnetic pole module 20 including the same have magnetic pole protrusions 13 corresponding to the exact positions of all the spine reflection points located in the corresponding sections in every unit section. The magnetic pole protrusions are arranged to precisely press and stimulate all spinal reflection points in the section when the magnetic pole plate is pressed against the back of the hand, and the unit magnetic pole plates 10 of the same size are connected to each other when connected to the other magnetic pole plates in the adjacent section. The depth of concavities and convexities is adjusted so that the spacing between the stimulus protrusions 13 of the adjacent section existing at the site also fits exactly. At this time, even if the unit magnetic pole plate 10 of different specifications between the magnetic pole projections 13 of the adjacent section is formed, the male and female assembly parts (11, 12) with the depth of concavities and convexities is adjusted so as not to exceed a predetermined interval. . Therefore, if the unit magnetic pole plate 10 representing each unit section is connected to the A, B, C, D section continuously in accordance with the male and female assembly unit, the interval between all the magnetic poles in all sections of the specific hand of the specific user
