283results about How to "Easily exposed" patented technology

A connection member which is electrically connected to a conductive fabric having conductive threads, a method for manufacturing the connection member, and a connection structure are provided. The connection member includes a band-shaped part including conductive wires which extend in a longitudinal direction, and a connection terminal which is attached to an end portion of the conductive wires. The method includes forming an original band-shaped member by weaving while using the conductive wires for a part of warp and using at least non-conductive threads for weft; exposing the conductive wires at an end portion of the original band-shaped member;and attaching a connection terminal to the exposed conductive wires. The connection structure includes the conductive fabric and the connection member, and the conductive wires of the connection member are electrically connected to the conductive threads exposed from the conductive fabric.

A method for laser treatment of the eye using one or more diffractive optical elements for producing unique treatment segments within an ablation zone on the eye. The treatment segments may be annular, pie-shaped, or have other geometries or patterns selected to apply energy in a particular manner, usually in a non-overlapping manner so that energy dosages can be precisely controlled. In a first embodiment of the method, a single diffractive optical element is used and a beam expander expands or converges the beam to achieve the different treatment segments. In a second embodiment, a plurality of diffractive optical elements are used, each of which produces a single treatment segment.

A secondary battery including a bare cell and a safety device coupled to the bare cell, wherein the secondary battery has a battery component part having a safety device such as a protective circuit board mounted in a plastic molding or an assembled casing. An exterior surface of the bare cell and an exterior surface of the battery component part has a coupling portion for coupling the exterior surface of the bare cell to the exterior surface of the battery component part. Additionally, the exterior surface of the bare cell and the exterior surface of the battery component part further includes a supplementary element for supplementing the coupling between both coupling portions.

A package for comestible products is provided. The package includes a front wall having a slot, a rear wall, a bottom wall and opposing sidewalls. The walls define a package interior and the rear wall includes a movable flap having a protruding member extending from the rear wall. The protruding member is adapted to engage the slot on the front wall and enclose the package interior. The package may include a debossed area and an embossed area adjacent to and surrounding the slot on the front wall.

Provided is a correction data checking system, for robots, which makes it easy to reveal the cause of a machining defect. A laser machining head and a distance sensor or a sensor for detecting a work line are attached to the distal end of a robot arm. A robot is driven based on a teaching program, and a copying control technique is implemented based on information sent from the sensor so that the distance between the laser machining head and a workpiece will be equal to a set value. A path of taught positions of the laser machining head and a path of actual positions thereof are displayed in comparison with each other on a display of a teaching console or the like. Moreover, the difference between the taught position and actual position is calculated and displayed. As both the position commanded by the teaching program and the actual position derived from the copying control technique are displayed, if a machining defect occurs, the machining defect is checked to see if it is a problem attributable to the sensor or a problem attributable to the workpiece or a jig. The cause of the machining defect is then revealed. Consequently, the cause of a machining defect can be quickly revealed and dealt with at a working site.

The present invention provides a packaged stacked semiconductor device which includes bumps serving as external electrode terminals, the bumps being provided on both a front surface and a back surface of the device, and which is sacked on another semiconductor device, substrate, or board having electrode terminals so that the bumps are directly and electrically connected to the electrode terminals. The semiconductor device includes a semiconductor substrate having through-electrodes formed therein. The semiconductor device has, on the front surface side of the semiconductor substrate, a wiring layer connected to the through-electrodes, an insulating film formed on the wiring layer, additional wiring formed on the insulating film, post electrodes connected to the wiring, and external connection bumps connected to the post electrodes. The semiconductor device has, on the back surface side of the semiconductor substrate, an insulating film formed so as to cover the back surface of the semiconductor substrate, exclusive of tip end portions of the through-electrodes, wiring which is formed on the insulating film and to which the through-electrodes are connected, and external connection bumps connected to the wiring.

The invention relates to a durable super-hydrophobic coating and a preparation method thereof. The preparation method comprises the following steps: 1) hybrid paint preparation: under low-speed mechanical stirring condition, adding micro nano particles, hydrophobic resin and a curing agent in a volatile organic solvent successively, performing high speed stirring and then ultrasonic dispersion to obtain the hybrid paint; 2) coating semi-solidification: coating the surface of a base material with the hybrid paint and performing semi-solidification; and 3) complete solidification: immersing the semi-solidified coating in a mixed immersion solution of the curing agent and the volatile organic solvent, taking the coating out, and drying the coating to obtain the durable super-hydrophobic coating having good wear resistance. The preparation method has no special requirement for a substrate material and its shape, the coating is suitable for various common base material surfaces such as metal, glass, timber and concrete, the equipment is simple, operation is easy, the cost is low, large-area construction is realized, and the coating has large application value on super-hydrophobic fields of self-cleaning, anticorrosion, mildew resistance, ice and frost resistance, and oil-water separation.

The present invention relates to personal storage devices that are adapted to interconnection to personal mobility devices such as wheelchairs. In one embodiment an accessory bag is interconnected to a docking station with a tethering device that may stretch or be retractable.

The present invention provides a light emitting device, comprising a first light emitting diode for emitting light in an ultraviolet wavelength region; at least one phosphor arranged around the first light emitting diode and excited by the light emitted from the first light emitting diode to emit light having a peak wavelength longer than the wavelength of the light emitted from the first light emitting diode; and at least one second light emitting diode for emitting light having a wavelength different from the peak wavelength of the light emitted from the phosphor. According to the present invention, there is provided a white light emitting device, wherein using a light emitting diode for emitting light different in wavelength from light that is ex-cititively emitted from the phosphor, an excitation light source, i.e., light in the ultraviolet region for exciting the phosphor is effectively used, thereby improving energy conversion efficiency and improving reliability.

A mobile communications device comprising: a back cover, which comprises an inner surface and a sidewall. A hatch is formed in the sidewall. An ejection device is fixed to the inner surface of the back cover, and which comprises a resilient wall protruding from the surface of the ejection device, and an electromagnet. A groove member is slidably connected to the ejection device, and is aligned with the hatch, and is configured for putting SIM card. The groove member further defines a hole. A hook device is rotatably connected to the ejection device, and is positioned on the electromagnet, and which comprises a hook portion. A first elastic device is fixed to the groove member, and is configured for pushing the groove to move. A torsion spring is fixed to the ejection device, and is configured for driving the hook device to return to the first position.

A method of maintaining photolithographic precision alignment for a wafer after being bonded, wherein two cavities are formed at the rear surface of a top wafer at the position corresponding to alignment marks made on a bottom wafer. The depth of both cavities is deeper than that of a final membrane structure. The top wafer is then bonded to the bottom wafer which already has alignment marks and a microstructure. This bonded wafer is annealed to intensify its bonding strength. After that, a thinning process is applied until the thickness of the top wafer is reduced to thinner than the cavity depth such that the alignment marks are emerged in the top wafer cavities thereby serving as alignment marks for any exposure equipment.