A battery property measurement apparatus comprising: a main body made of an insulative material, the main body being configured to be put on a hand of a user; and a measurement unit installed at a portion of the main body at which a finger (F) of the user is located, whereby the measurement unit is configured to wrap at least a portion of each of opposite ends of a battery (B), the measurement unit is electrically connected to the battery (B) when the user pushes the battery using the finger (F) in a state in which the battery (B) is coupled, and wherein the measurement unit comprises: a positioning member comprising a base portion coupled to the main body , the base portion being formed so as to have a shape capable of wrapping a portion of the finger (F), and a gripping portion configured to wrap a portion of one end of the battery (B); a conductive member installed in an installation space defined in the positioning member , the conductive member being made of a conductive material, the conductive member being configured to be moved in the installation space in a direction far from or close to the finger (F) by external force; and an elastic member installed in the installation space, the elastic member being configured to elastically support the conductive member , the elastic member applying elastic force such that the conductive member is maintained in a state of being located adjacent to the finger (F) when the external force applied to the conductive member is removed. a main body made of an insulative material, the main body being configured to be put on a hand of a user; and a measurement unit installed at a portion of the main body at which a finger (F) of the user is located, whereby the measurement unit is configured to wrap at least a portion of each of opposite ends of a battery (B), the measurement unit is electrically connected to the battery (B) when the user pushes the battery using the finger (F) in a state in which the battery (B) is coupled, and wherein the measurement unit comprises: a positioning member comprising a base portion coupled to the main body , the base portion being formed so as to have a shape capable of wrapping a portion of the finger (F), and a gripping portion configured to wrap a portion of one end of the battery (B); a conductive member installed in an installation space defined in the positioning member , the conductive member being made of a conductive material, the conductive member being configured to be moved in the installation space in a direction far from or close to the finger (F) by external force; and an elastic member installed in the installation space, the elastic member being configured to elastically support the conductive member , the elastic member applying elastic force such that the conductive member is maintained in a state of being located adjacent to the finger (F) when the external force applied to the conductive member is removed. a positioning member comprising a base portion coupled to the main body , the base portion being formed so as to have a shape capable of wrapping a portion of the finger (F), and a gripping portion configured to wrap a portion of one end of the battery (B); a conductive member installed in an installation space defined in the positioning member , the conductive member being made of a conductive material, the conductive member being configured to be moved in the installation space in a direction far from or close to the finger (F) by external force; and an elastic member installed in the installation space, the elastic member being configured to elastically support the conductive member , the elastic member applying elastic force such that the conductive member is maintained in a state of being located adjacent to the finger (F) when the external force applied to the conductive member is removed. <EOS>