Abstract: A dual-mode coaxial fiber sensor has a structure in which a core fiber, a strain sensing layer formed on the core fiber and made of a conductive material, and a temperature sensing layer formed on the surface of the strain sensing layer and made of a conductive material are stacked, thereby simultaneously measuring a temperature and a strain using one sensor.

Abstract: An electronic package molding device includes a planar heating element configured to mold an electronic package by approaching one surface of an electronic package to melt a molding agent disposed on the one surface of the electronic package and apply pressure to bring the epoxy molding compound into close contact with the electronic package and a gas pressure regulator configured to adjust gas pressure between the electronic package and the planar heating element.

Abstract: Provided is a composite material capable of measuring bending deformation, the composite material including: a first conductive composite body that is bendable; a dielectric body that is bendable and compressible; and a second conductive composite body that is bendable, wherein the first conductive composite body and the second conductive composite body are respectively stacked on both surfaces of the dielectric body, and heights of the first conductive composite body and the second conductive composite body from the dielectric body are different from each other.

Abstract: The core-shell structured fiber-type strain sensor of the present disclosure, which includes a fibrous support forming a core and a multilayered shell layer formed on the fibrous support, exhibits improved strength and stiffness due to the core fiber, exhibits improved noise level due to an elastomer layer and allows manufacturing of a fiber-type sensor with improved linearity of measurement signals due to a sandwich-structured conductive layer, is advantageous in that stable strain measurement is possible without acting as a defect in a composite structure.

Abstract: The core-shell structured fiber-type strain sensor of the present disclosure, which includes a fibrous support forming a core and a multilayered shell layer formed on the fibrous support, exhibits improved strength and stiffness due to the core fiber, exhibits improved noise level due to an elastomer layer and allows manufacturing of a fiber-type sensor with improved linearity of measurement signals due to a sandwich-structured conductive layer, is advantageous in that stable strain measurement is possible without acting as a defect in a composite structure.

Abstract: A fluid dispensing assembly having a container body for storing a cosmetic or other fluid material, the body having a dispensing opening, an applicator protruding from the dispensing opening for receiving material from the container and applying the material, a cap matingly engagable with the container body and a fitment in the dispenser opening matingly engagable with and moveable with respect to the container body between an open position and a closed position in response to engagement with the cap, the fitment having an aperture formed therein for allowing material to exit the container body in the open position disengaged from the cap, and a case mounted thereto, the aperture at least partially closing when the cap engages the case and moves the fitment with respect to the container body.

Abstract: A fluid dispensing assembly having a container body for storing a cosmetic or other fluid material, the body having a dispensing opening, an applicator protruding from the dispensing opening for receiving material from the container and applying the material, a cap matingly engagable with the container body and a fitment in the dispenser opening matingly engagable with and moveable with respect to the container body between an open position and a closed position in response to engagement with the cap, the fitment having an aperture formed therein for allowing material to exit the container body in the open position disengaged from the cap, and a case mounted thereto, the aperture at least partially closing when the cap engages the case and moves the fitment with respect to the container body.

Abstract: A cosmetic dispensing assembly having a container body for storing a cosmetic material, the body having a dispensing opening, an applicator protruding from the dispensing opening for receiving cosmetic material from the container and applying the cosmetic material, a cap matingly engagable with the container body and a fitment in the dispenser opening matingly engagable with and moveable with respect to the container body between an open position and a closed position in response to engagement with the cap, the fitment having an aperture formed therein for allowing cosmetic material to exit the container body in the open position disengaged from the cap, the aperture at least partially closing when the cap engages the fitment and moves the fitment with respect to the container body.