Abstract: The invention provides a therapy method for glioblastoma multiforme (GBM). The therapy method uses a low-dose radiation to realize GBM tumor cell-targeted radiotherapy via sequentially administration of radiation enhancer-incorporated nanocarriers, 5-aminolevulinic acid, therapeutic ultrasound and therapeutic radiation.

Abstract: The invention provides a therapy method for glioblastoma multiforme (GBM). The therapy method uses a low-dose radiation to realize GBM tumor cell-targeted radiotherapy via sequentially administration of radiation enhancer-incorporated nanocarriers, 5-aminolevulinic acid, therapeutic ultrasound and therapeutic radiation.

Abstract: A thin film switch, comprising: a first thin film, having a first conductor unit mounted thereon; and a second thin film, having a second conductor unit mounted on a surface thereof facing toward the first thin film; wherein, the first conductor unit is composed of at least one first electric conductor; and the second conductor is composed of a plurality of second electric conductors to be arranged in a manner that one of the plural second electric conductors is disposed at a first position defined on the second thin film while designating another one of the plural second electric conductors to be disposed at a second position of the second thin film. Operationally, the thin film switch is capable of outputting different signals in response to different forces exerted thereon for triggering different electric conductors mounted on different positions in the thin film switch.

Abstract: A thin film switch, comprising: a first thin film, having a first conductor unit mounted thereon; and a second thin film, having a second conductor unit mounted on a surface thereof facing toward the first thin film; wherein, the first conductor unit is composed of at least one first electric conductor; and the second conductor is composed of a plurality of second electric conductors to be arranged in a manner that one of the plural second electric conductors is disposed at a first position defined on the second thin film while designating another one of the plural second electric conductors to be disposed at a second position of the second thin film. Operationally, the thin film switch is capable of outputting different signals in response to different forces exerted thereon for triggering different electric conductors mounted on different positions in the thin film switch.

Abstract: An electric soldering iron includes a barrel and a head portion with a center hole being pivoted to a front end of the barrel. A piston and a piston rod are disposed in the front end of the barrel. A spring embraces the piston rod and bears against the piston. A solenoid is disposed in a rear end of the barrel. A button is disposed at a rear end of the barrel for controlling the solenoid. The piston is pushed forward by the spring when the solenoid is not actuated. A depression of the button actuates the solenoid to draw the piston rearward.