Abstract: A method for accurately performing power estimation on a battery of an electronic device includes: monitoring a charging current of the battery to obtain charging current data of the charging current with respect to time; and performing curve mapping according to the charging current data and according to a plurality of sets of predetermined curve characteristic data, in order to determine an estimation parameter corresponding to one of a plurality of predetermined cycle counts, wherein the estimation parameter is utilized for performing power estimation, and the sets of predetermined curve characteristic data respectively correspond to the predetermined cycle counts, which represent estimated ages of the battery, respectively. At least one associated apparatus is also provided.

Abstract: A method for measuring a remaining capacity of a chargeable magnetic material includes determining a discharging parameter, obtaining an open-circuit-voltage state-of-charge (OCV SOC) curve according to the discharging parameter, obtaining a discharging curve according to the OCV SOC curve and the discharging parameter, and processing an interpolation operation to measure the remaining capacity according to the OCV SOC curve and the discharging curve.

Abstract: The present invention provides a pharmaceutical preparation in powder-like form, comprising a therapeutically effective amount of a human Factor IX (hFIX) encapsulated by a lipophilic biodegradable polymer or copolymer to form a microsphere, whereby the pharmaceutical preparation provides a sustained release of hFIX and a prolonged biological activity.

Abstract: An adhesive tape including a strippable backing layer, a transparent intermediate layer having a back-glued first longitudinal half strippably attached to the top side the backing layer and a second longitudinal half suspended from the top side of the backing layer, and a covering layer with a distinctive color scheme fully covered on and fixedly secured to the top side of the second longitudinal half opposite to the backing layer, wherein parallel tear lines are transversely made on the covering layer and the intermediate layer to divide them into a plurality of linked stickers, permitting the linked stickers to be respectively separated from the backing layer through the tear lines.