Abstract: A hinge structure including a first fixing component, a second fixing component, a shaft, a first positioning component, and a second positioning component is provided. The shaft passes through the first fixing component and the second fixing component. The first positioning component is connected to the second fixing component, wherein the shaft passes through the first positioning component, and the first positioning component includes a positioning elastic piece. The shaft passes through the second positioning component, wherein the positioning elastic piece faces toward the second positioning component, and a side of the second positioning component facing toward the positioning elastic piece is configured with a plurality of positioning slots arranged circularly. The positioning elastic piece is configured to engage in any one of the positioning slots to lock an opened/closed state of the second fixing component and the first fixing component. An electronic device is also provided.

Abstract: A hinge structure including an axis body, a torque member, and a pressing assembly is provided. The axis body includes a contact surface. The torque member leans against the contact surface of the axis body. The torque member and the axis body are rotatable relatively around a central axis of the axis body. The contact surface pushes the torque member to move around the central axis of the axis body when the torque member and the axis body rotate relatively. The pressing assembly provides a pushing force to the torque member to push the torque member to push towards the contact surface. A plurality of electronic devices having the hinge structure are further provided.

Abstract: A hinge structure including an axis body, a torque member, and a pressing assembly is provided. The axis body includes a contact surface. The torque member leans against the contact surface of the axis body. The torque member and the axis body are rotatable relatively around a central axis of the axis body. The contact surface pushes the torque member to move around the central axis of the axis body when the torque member and the axis body rotate relatively. The pressing assembly provides a pushing force to the torque member to push the torque member to push towards the contact surface. A plurality of electronic devices having the hinge structure are further provided.

Abstract: A hinge structure includes a pivot, a bracket and a torsion element. The bracket is sleeved on the pivot and adapted to rotate relative to the pivot. The bracket surrounds to form a receiving space, and the receiving space surrounds the pivot. The torsion element is sleeved on the pivot and located in the receiving space. One of the two, which is between the torsion element and the pivot and between the torsion element and the bracket, has an internal thread and an external thread and being screwed with each other, and the other one has a non-circular cross-section, so that the torsion element moves in the receiving space in an extending direction of the pivot when the bracket is rotated relative to the pivot.

Abstract: An electronic device includes a display module, a movable member, a base, and a biasing element. The display module has a housing and a guiding member fixed thereto. The guiding member has an angled surface, and the housing has an opening. The movable member is disposed in the display module and has a through hole. The biasing element is disposed in the through hole and adjacent to the angled surface. The base has a main body and a connecting member, wherein the connecting member is connected to the main body and detachably connected to the display module. When the connecting member is inserted into the display module through the opening along a first direction, the connecting member pushes the movable member to move along a second direction with respect to the housing, and the movable member forces the biasing element to contact the connecting member.

Abstract: An electronic device includes a display module, a movable member, a base, and a biasing element. The display module has a housing and a guiding member fixed thereto. The guiding member has an angled surface, and the housing has an opening. The movable member is disposed in the display module and has a through hole. The biasing element is disposed in the through hole and adjacent to the angled surface. The base has a main body and a connecting member, wherein the connecting member is connected to the main body and detachably connected to the display module. When the connecting member is inserted into the display module through the opening along a first direction, the connecting member pushes the movable member to move along a second direction with respect to the housing, and the movable member forces the biasing element to contact the connecting member.

Abstract: Provided is a material composition and method for inhibiting the printing of SRAFs onto a substrate including coating a substrate with a resist layer. After coating the substrate, the resist layer is patterned to form a main feature pattern and at least one sub-resolution assist feature (SRAF) pattern within the resist layer. The main feature pattern may include resist sidewalls and a portion of a layer underlying the patterned resist layer. In various examples, a material composition is deposited over the patterned resist layer and into each of the main feature pattern and the at least one SRAF pattern. Thereafter, a material composition development process is performed to dissolve a portion of the material composition within the main feature pattern and to expose the portion of the layer underlying the patterned resist layer.

Abstract: A docking device used for attaching a portable electronic device thereon including a base, a lever, a button, and a locking member is provided. The lever pivoting in the base has a first end and a second end opposite to each other. The button and the locking member are movably disposed in the base respectively such that the button and the locking member are extruded out or hidden in the base respectively, wherein the button is located on a moving path of the first end, and the locking member is located on a moving path of the second end. When the portable electronic device is assembled to the docking device, the portable electronic device presses the button into the base to drive the first end, such that the second end drives the locking member out of the base to lock with the portable electronic device.

Abstract: A hinge including a first bracket, a second bracket, a shaft, a fixing element and a position limiting ring is provided. The first bracket includes a first hole and a protrusion protruding from edge of the first hole toward inside of the first hole. The second bracket includes a second hole. The shaft has a cylinder portion passing through the first hole, a fixing portion passing through the second hole, and a first position limiting structure encircling the shaft. The fixing element is disposed at ends of the cylinder portion to fix the shaft to the first bracket. The position limiting ring encircles the shaft and located between the first bracket and the first position limiting structure. The position limiting ring has a second position limiting structure and a recess, the second position limiting structure engages with the first position limiting structure, and the protrusion is located in the recess.

Abstract: A docking device used for attaching a portable electronic device thereon including a base, a lever, a button, and a locking member is provided. The lever pivoting in the base has a first end and a second end opposite to each other. The button and the locking member are movably disposed in the base respectively such that the button and the locking member are extruded out or hidden in the base respectively, wherein the button is located on a moving path of the first end, and the locking member is located on a moving path of the second end. When the portable electronic device is assembled to the docking device, the portable electronic device presses the button into the base to drive the first end, such that the second end drives the locking member out of the base to lock with the portable electronic device.

Abstract: A calculation method for generating a layout pattern in a photomask includes at least the following steps. A two-dimensional design layout including several geometric patterns distributed in a plane is provided to a computer system. The computer system is used to mark portions of the geometric patterns and generate at least one marked geometric pattern and at least one non-marked geometric pattern. The marked geometric pattern is then simulated and corrected by the computer system so as to generate a 3-D design layout. Through the simulation and correction, the marked geometric pattern and the non-marked geometric pattern are arranged alternately along an axis orthogonal to the plane. The 3-D design layout is outputted to a mask-making system afterwards.

Abstract: The present invention provides a method of preparing a textile with a porous material, comprising: (a) mixing a solution containing the porous material, a resin and a foam stabilizer to form a mixture; (b) foaming the mixture of (a) to form a foam; (c) coating the foam of (b) to the surface of the textile; and (d) drying the textile of (c). The present invention also provides a textile contained porous material, comprising a porous material, a resin layer and a fabric, membrane or released substance.