Abstract: A package structure and a method of forming the same are provided. A method includes forming first electrical connectors and second electrical connectors on a first side of an interposer wafer. An integrated circuit die is bonded to the first side of the interposer wafer using the first electrical connectors. A stiffener structure is attached to the first side of the interposer wafer adjacent the integrated circuit die. The stiffener structure covers the second electrical connectors in a plan view. The integrated circuit die and the stiffener structure are encapsulated with a first encapsulant. The interposer wafer and the stiffener structure are singulated to form a stacked structure.

Abstract: A scrubber-heating apparatus for a diving rebreather includes an oxygen supplying element. The oxygen supplying element has a gas mixing portion connected thereto. The gas mixing portion has a breath connecting element connected thereto. The breath connecting element has a scrubber connected thereto. The scrubber is provided with an absorbent heating element and a temperature detecting component. The temperature detecting component has a state display connected thereto. The absorbent heating element and the state display are electrically connected to a power supplying portion. Thereby, the scrubber can recycle gas exhaled by a user to prolong the duration of use of the rebreather. Additionally, the absorbent heating element increases the temperature in the scrubber, thereby enhancing the adsorption efficiency and prolonging the overall duration of use.

Abstract: A scrubber-heating apparatus for a diving rebreather includes an oxygen supplying element. The oxygen supplying element has a gas mixing portion connected thereto. The gas mixing portion has a breath connecting element connected thereto. The breath connecting element has a scrubber connected thereto. The scrubber is provided with an absorbent heating element and a temperature detecting component. The temperature detecting component has a state display connected thereto. The absorbent heating element and the state display are electrically connected to a power supplying portion. Thereby, the scrubber can recycle gas exhaled by a user to prolong the duration of use of the rebreather. Additionally, the absorbent heating element increases the temperature in the scrubber, thereby enhancing the adsorption efficiency and prolonging the overall duration of use.

Abstract: A scuba mask structure includes at least one window section, a mounting seat for receiving an attachable device to removably attach thereto, and an integrally formed supporting section. The supporting section is insert molded around a periphery of the window section and an end of the mounting seat so that the mounting seat is at one side of the supporting section and the window section is at another side of the supporting section so as to form a seamless scuba mask. Such a structure is formed by first placing the window section and the mounting seat in a mold and forming through injection the support section to be insert molded with the mounting seat and the window section for wrapping around a periphery of the window section so that a seamless scuba mask that, in the entirety thereof, has an integrally formed configuration.

Abstract: A scuba mask structure includes at least one window section, a mounting seat for receiving an attachable device to removably attach thereto, and an integrally formed supporting section. The supporting section is insert molded around a periphery of the window section and an end of the mounting seat so that the mounting seat is at one side of the supporting section and the window section is at another side of the supporting section so as to form a seamless scuba mask. Such a structure is formed by first placing the window section and the mounting seat in a mold and forming through injection the support section to be insert molded with the mounting seat and the window section for wrapping around a periphery of the window section so that a seamless scuba mask that, in the entirety thereof, has an integrally formed configuration.

Abstract: Disclosed are a scuba mask structure and a manufacturing process thereof. The structure includes an integrally-formed support section including at least one window section forming in one side thereof and having an edge that is distant from the window section and is coupled to a flexible attaching section that is also integrally formed in a two-side covering manner In the manufacture, a mold is used to first make the flexible attaching section, which is then placed in another mold for processing, or alternatively, a multiple-material injection molding machine is applied to carry out automatic molding without removing the flexible attaching section, in which before the processing, a window section is placed in the mold to be processed simultaneously. Thereafter, a support section is formed in such a way that one side of the support section completely covers the window section and an opposite side coupled to the flexible attaching section.

Abstract: Disclosed are a scuba mask structure and a manufacturing process thereof. The structure includes an integrally-formed support section including at least one window section forming in one side thereof and having an edge that is distant from the window section and is coupled to a flexible attaching section that is also integrally formed in a two-side covering manner. In the manufacture, a mold is used to first make the flexible attaching section, which is then placed in another mold for processing, or alternatively, a multiple-material injection molding machine is applied to carry out automatic molding without removing the flexible attaching section, in which before the processing, a window section is placed in the mold to be processed simultaneously. Thereafter, a support section is formed in such a way that one side of the support section completely covers the window section and an opposite side coupled to the flexible attaching section.