This paper proposes two types of inkjet printed wearable energy harvesters scavenging energy from an off-the-shelf two-way radio which operates at 464 MHz. One of them uses loop antenna and the other applies segmented loop antenna to reduce the interference from human tissue. The effects of the human tissue on the RF link are taken into consideration both in simulation and measurement. The maximum output powers of the loop-type and the segmented-loop-type harvesters are 96 and 55 mW, respectively while the distance between the radio and the harvesters is 5 cm. Moreover, the effects of misalignment between the radio and the harvesters are also addressed.