plated line of the plating connection traces 3 p is cut the stator base 8 having the hollow armature coils 5 a 5 b hall sensor and drive circuit component d mounted thereon is fixed to the bracket 3 with a uv curable adhesive 4 from the periphery of the reinforcing member 1 b to the two hollow armature coils 5 a 5 b hall sensor h and drive circuit component here the uv curable adhesive 4 is necessary around the hollow armature coils 5 a 5 b and reinforcing member 1 b and an injected amount thereof is so controlled that it does not bulge out above the member here the hollow armature coils defining the minimum gap in the gap portion formed with the opposing rotor those members constituting the stator do not overlap in a plan view can be formed thin and impact resistance is increased with the uv curable adhesive in the figures the reference symbol 3 d stands for another cutting hole for a plated line and the bonding strength of the stator base 3 and the bracket 1 is increased by this cutting hole 3 d and guide holes 3 c in the above described embodiments the present invention was applied to a fixed shaft configuration but obviously it can be also applied to a rotary shaft configuration and not only to a vibration motor but also to a usual rotary type motor the present invention can be implemented in a variety of modes.