Abstract: An attitude-adaptive hydrofoil apparatus, including: strut-braced wing assemblies, a horizontal wing assembly, connection plates, and attack angle adjusting plates. The strut-braced wing assemblies each include a bearing, at least one inclined tube, at least one inclined flow-guiding wing, and at least one stop dog. The horizontal wing assembly includes a horizontal tube, at least one horizontal flow-guiding wing, and at least one depth-locating wing. The attack angle adjusting plates each include an angle adjusting end plate having a hole. The strut-braced wing assemblies are symmetrically disposed at two sides of the horizontal wing assembly. The bearing is fixed on a vessel body by welding. The at least one inclined flow-guiding wing is sleeved on the at least one inclined tube, and is limited by the at least one stop dog. The attack angle adjusting plates are disposed at two ends of the horizontal tube, respectively.

Abstract: A marking machine for sections of vessels, including: a marking device and a gantry. The gantry includes rail wheels, horizontal beams, and upright columns. The horizontal beams include an upper beam, middle beams, and lower beams. The marking device is disposed on the upper beam of the gantry. The marking device includes a trolley and a marking arm. The trolley hangs on the upper beam. The marking arm includes a plumbing arm, a swing arm, a first universal joint, a second universal joint, a first Z-shaped steering knuckle, a second Z-shaped steering knuckle, a telescopic arm, and a penholder. The plumbing arm is fixedly connected to the lower part of the trolley. The first universal joint is disposed on the plumbing arm. The first Z-shaped steering knuckle is connected to the first universal joint.

Abstract: An underwater towing device, including an underwater towing assembly and a fixing mechanism of the underwater towing assembly. The underwater towing assembly includes a first floating body, a second floating body, and a third floating body. The fixing mechanism includes a fairlead carrier and two supports disposed on two sides of the fairlead carrier. The first floating body, the second floating body, and the third floating body are connected together via a fixing frame. The first floating body, the second floating body, and the third floating body have streamlined and bilaterally symmetrical shapes and all are hollow to accommodate experimental equipment. The first floating body is a cylinder having a drop-shaped horizontal cross-section. The upper part of the first floating body is provided with a buoyancy reserve tank having an elliptic horizontal cross-section.

Abstract: In a method for allocating resources for a group call in a cluster system, when a group call is initiated, as cluster server counts the number of terminals under all MBSFN areas allocated and pre-allocated by each MCE for the group call, according to information about MBSFN areas allocated and pre-allocated by each MCE for the group call; when the group call is ongoing, re-counts the number of the terminals under all MBSFN areas allocated and pre-allocated by each MCE for the group call; upon determining that the number of the terminals under an MBSFN area changes from zero to non-zero, initiates a process of allocating resources for the group call under the MBSFN area; and upon determining that the number of the terminals under an MBSFN area changes from non-zero to zero, initiates a process of releasing resources allocated for the group call under the MBSFN area.

Abstract: A wave power generation device, including a power generation assembly, a mooring system, a floating platform, floating towers, control cabins, a connecting member, and anti-sway plates. The floating platform is a square floating box. The power generation assembly includes a swing plate, a hydraulic cylinder, an energy accumulator, a hydraulic motor, a generator, a battery, and a power generation and distribution device. The floating platform includes a main deck. The main deck includes a manhole and a support for supporting the swing plate. The swing plate is connected to the support via a first hinge. One end of the hydraulic cylinder is connected to the swing plate, and another end of the hydraulic cylinder is connected to a floating platform. The mooring system includes four anchor windlasses. A method for operating and maintaining the wave power generation device is also provided.

Abstract: A chip layout can include a top-level portion and a set of blocks. The power-and-ground (PG) network for the chip layout can be specified by a set of chip-level PG constraints that is defined using a PG constraint definition language. The set of chip-level PG constraints can be characterized into new sets of PG constraints that correspond to smaller regions of the chip layout, e.g., a set of top-level PG constraints that corresponds to the top-level portion, and a set of block-level PG constraints for each block in the set of blocks. The new sets of PG constraints can then be provided to one or more instances of a PG compiler that executes on one or more processors to create the PG network for the chip layout.

Abstract: A thin pivotal apparatus includes a holding seat, an arc-shaped driven member and at least one torsional force generation member. The holding seat includes a base, a housing space and a first assembly portion and a second assembly portion that are located on the base corresponding to two opposite sides of the housing space. The arc-shaped driven member is located in the housing space and includes an operational portion, a curved portion connected to the operational portion and a driving portion extended from the curved portion toward the operational portion to couple with the first assembly portion to form a pivotal relationship. Each torsional force generation member includes a first connection portion located on the second assembly portion, a second connection portion connected to the junction of the driving portion and the curved portion, and a hydraulic portion connected to the first connection portion and the second connection portion.

Abstract: A thin hinge includes a holding seat, an arc-shaped driven member and a torsional force generation assembly. The holding seat includes a base, a housing space and a linear slide track. The arc-shaped driven member is located in the housing space and includes an operational portion, a curved portion connected to the operational portion and a driving portion extended from the curved portion toward the operational portion to couple with the assembly portion. The torsional force generation assembly includes at least one driving arm connected to the arc-shaped driven member, a slide seat connected to the driving arm and located in the housing space corresponding to the linear slide track, a detent plate located at another side of the linear slide track facing the housing space and corresponding to the slide seat, and at least one torsional spring coupled with the slide seat and the detent plate.

Abstract: An electronic assembly including a first body having at least one recess, a first electronic module disposed within the first body, at least one first terminal set disposed within the recess and electrically connected to the first electronic module, a second body having at least one protruding portion, a second electronic module disposed within the second body and at least one second terminal set disposed in the protruding portion, partially exposed by the surface of the protruding portion and electrically connected to the second electronic module. The first and the second bodies are assembled to each other by the protruding portion inserting into the recess, and the first terminal set contacts the second terminal set, such that the first and the second electronic modules are electrically connected to each other through the first and the second terminal sets.

Abstract: A hinge structure including a fixing member, a rotating member and an extension member is provided. The rotating member is pivotally disposed on the fixing member, and the extension member is pivotally disposed on the rotating member, wherein the fixing member and the extension member are adapted to be fixed at two parts respectively. After the rotating member rotates relative to the fixing member along a rotating axial direction and the extension member rotates relative to the rotating member along the rotating axial direction, an included angle between the extension member and the fixing member presents an acute angle, so that the two parts are adapted to stand on a platform. The extension member and the fixing member are adapted to increase the included angle through an external force exerted towards the platform, until the included angle presents 180 degrees and the two parts construct a plane.

Abstract: An electroluminescent (EL) device is disclosed, comprising a nanostructured composite electrode, one or more functional layers and an top electrode. The nanostructured composite electrode is consisting essentially of a first layer having a nanostructure and a second layer disposed on the nanostructure. The first and second layers are transparent and conducting, and one of the refractive-indexes of the first and second layers is lower than or equal to 1.65, and the other of the refractive-indexes of the first and second layers is higher than or equal to 1.75. One or more functional layers including a light emitting layer is disposed on the second layer. The top electrode is disposed on the functional layers. Especially, each of feature pits and each of intervals between the feature pits of the nanostructure of the first layer is smaller than or equal to a major wavelength of light emitted from the light emitting layer.

Abstract: The present invention provides a method for forming a touch panel, at least comprising the following steps. Step S1: a patterned first electrode layer is formed on a cover lens. A display region and a non-display region are defined on the cover lens, and the patterned first electrode layer is formed within the display region; step S2: a shielding layer is formed on the cover lens and disposed within the non-display region; step S3: an insulating layer is then formed on the shielding layer and on the patterned first electrode layer, a plurality of via holes are formed on the insulating layer, thereby exposing parts of the patterned first electrode layer; and step S4: a patterned second electrode layer is formed on the insulating layer within the non-display region, and the patterned second electrode layer is electrically connected to the patterned first electrode layer through the via holes.

Abstract: An underwater towing device, including an underwater towing assembly and a fixing mechanism of the underwater towing assembly. The underwater towing assembly includes a first floating body, a second floating body, and a third floating body. The fixing mechanism includes a fairlead carrier and two supports disposed on two sides of the fairlead carrier. The first floating body, the second floating body, and the third floating body are connected together via a fixing frame. The first floating body, the second floating body, and the third floating body have streamlined and bilaterally symmetrical shapes and all are hollow to accommodate experimental equipment. The first floating body is a cylinder having a drop-shaped horizontal cross-section. The upper part of the first floating body is provided with a buoyancy reserve tank having an elliptic horizontal cross-section.

Abstract: A thin hinge includes a holding seat, an arc-shaped driven member and a torsional force generation assembly. The holding seat includes a base, a housing space and a linear slide track. The arc-shaped driven member is located in the housing space and includes an operational portion, a curved portion connected to the operational portion and a driving portion extended from the curved portion toward the operational portion to couple with the assembly portion. The torsional force generation assembly includes at least one driving arm connected to the arc-shaped driven member, a slide seat connected to the driving arm and located in the housing space corresponding to the linear slide track, a detent plate located at another side of the linear slide track facing the housing space and corresponding to the slide seat, and at least one torsional spring coupled with the slide seat and the detent plate.

Abstract: A thin pivotal apparatus includes a holding seat, an arc-shaped driven member and at least one torsional force generation member. The holding seat includes a base, a housing space and a first assembly portion and a second assembly portion that are located on the base corresponding to two opposite sides of the housing space. The arc-shaped driven member is located in the housing space and includes an operational portion, a curved portion connected to the operational portion and a driving portion extended from the curved portion toward the operational portion to couple with the first assembly portion to form a pivotal relationship. Each torsional force generation member includes a first connection portion located on the second assembly portion, a second connection portion connected to the junction of the driving portion and the curved portion, and a hydraulic portion connected to the first connection portion and the second connection portion.

Abstract: A cage assembly comprises a cage, at least one heat sink, at least one clip and at least one light guide. The cage comprises a front end, a rear end, a top wall positioned between the front end and the rear end and a rear wall positioned at the rear end, the cage is formed with at least one port, the port extends from the front end to the rear end. The heat sink is provided on the top wall of the cage and corresponds to one port. The clip comprises a frame engaged with the top wall and fixing the heat sink and a holding piece extending upwardly from the frame.

Abstract: An electronic device is provided, including a first module, a second module, and a protecting member. The first module includes a side surface and a fixed member, wherein the fixed member includes a protrusion protruding from the side surface. The second module includes a recess. The protecting member encompasses the protrusion and includes a first surface, a second surface, and an elastic portion, wherein the first surface is opposite to the second surface. The elastic portion protrudes from the first surface. When the protrusion is joined to the recess, the second surface and the elastic portion contact an inner wall of the recess.

Abstract: A network access control method for a virtual desktop service is provided. The network access control method provides the user's virtual desktop IP allication, network access control, and user service group authorization. The network access control method provides a convenient and efficient way for virtual desktop service management.

Abstract: A docking station for installing a portable electronic device is provided. The portable electronic device includes a display surface and at least one slot located at one side of the display surface. The docking station includes a supporting structure, at least one hook, and at least one first magnetic element. The supporting structure includes a body and a shell. The shell covers the body. The hook is disposed on the body and extrudes out of the supporting surface of the shell. The first magnetic element is disposed on the body and located in the shell. The hook is adapted to inlay in the slot and the first magnetic element is adapted to attract the portable electronic device, such that the portable electronic device is fixed on the supporting structure.

Abstract: An electronic device including a first case, a first protrusion, a click pad and a frame is provided. The first case has an accommodating cavity, wherein the accommodating cavity is recessed from a surface of the first case and forms a bottom plate, first and second side walls which are erected on one pair of opposite sides of the bottom plate, and two third side walls which are erected on another pair of opposite sides of the bottom plate. The first protrusion is disposed on the bottom plate. The click pad has a switch. The frame is disposed between the first case and the clip pad, wherein the click pad is assembled in the accommodating cavity by the frame, and the switch directly faces to the first protrusion.