Abstract:
The present invention discloses a Fabry-Perot device compensating for an error of full-width-at-half-maximum (FWHM) and a manufacturing method for the device. The Fabry-Perot device mainly consisted of a Fabry-Perot resonant cavity for a light to pass through. The cavity includes a first reflecting surface with a first reflectance for partly reflecting the light, and a second reflecting surface with a second reflectance for partly reflecting the light. In addition, a distance between the first and second reflecting surfaces may be adjusted according to the first and second reflectance, and thereby compensating for the error of FWHM caused by the first and second reflectance.
Abstract:
A light consolidating system is provided for converging light emitted from at least one lamp positioned at the focus of an ellipse. A light guiding means is provided in the system for guiding the converged light to the output side. The system is characterized by the focusing feature of the ellipse lamps and therefore increases the efficiency of consolidating light.
Abstract:
An anti-vibration apparatus and related method used in an image display system for rotating disks. It effectively eliminates vibration of a rotating disk due to unbalance. The method is to fill curable fluid and a plurality of spheres in a holder of the rotating disk. When the disk rotates, the unbalance force will drive the disk to create vibration displacement, and the displacement will drive the plurality of spheres to corresponding balance positions of the rotating disk. To harden the fluid so that the plurality of spheres are positioned at the balance positions of the rotating disk. As a result, the present invention can effectively eliminate vibration of a rotating disk, such as a color wheel module.
Abstract:
An optical switch includes at least one input end, at least one output end, a reflective device and a switching device. The reflective device includes at least one flat glass and at least one reflective element provided on the flat glass. The switching device changes the position where the at least one ray enters the reflective device. The at least one output end selectively output the at least one ray after the at least one reflective element reflects it. Alternatively, a plurality of reflective elements are provided. The reflective elements are disposed in the reflective device such that the reflective device has a plurality of reflective regions. When the switching device switches the rays to enter different reflective regions, the rays can be output from different output ends.
Abstract:
A system capable of tuning the wavelength and intensity of an output light includes an input end, a first output end, a second output end, a first rotatable optical device, a second rotatable optical device, and a third optical device. The input end is used to receive a first optical signal and a second optical signal. When the angle of the first rotatable optical device is adjusted, the first optical signal is able to pass through and the second optical signal is reflected. The second rotatable optical device allows the first optical signal to be outputted from the first output end. When the angle of the second rotatable optical device is adjusted, the intensity of the first optical signal outputted from the first output end changes. The angle of the third rotatable optical device is adjusted with respect to the angle of the first rotatable optical device, so that the second optical signal can be outputted from the second output end.
Abstract:
A beam combiner includes a heat-dissipation element and a plurality of prisms. Each of the prisms is applied with a high-reflection coating for forming a reflective surface, and is connected to the heat-dissipation element via the reflective surface.
Abstract:
A color wheel module for an image display device prevents the motor from being damaged during balancing processes. The color wheel module includes a spindle, a motor, a carrier, a connection ring and a color wheel. The motor drives the spindle to rotate. The carrier is mounted onto the spindle and is driven by the spindle for rotation. The color wheel includes a plurality of color filters bonded onto the connection ring, and then the bonded color filters and the connection ring are mounted onto the carrier. Thus balancing of the color wheel may be done before it is mounted on the carrier to avoid damaging the spindle and the motor resulting from adding or removing substance during the balancing process.
Abstract:
A speed variation mechanism includes a base, a first sliding member, a second sliding member and a fixing device. The base has a first surface. The first sliding member is able to slide on the first surface and has a second surface. The second sliding member is able to slide on the second surface and has a third surface. The third surface is in contact with a driven member to drive an optical device. The fixing device can selectively fix the first sliding member to the base or the second sliding member. When the second sliding member is pushed, the speed variation mechanism of the invention can provide different moving speeds for the driven member to drive the optical device by fixing the first sliding member to the base or the second sliding member.
Abstract:
A wiring structure is provided, including a conductive wiring and an insulating layer. The conductive wiring is disposed on a substrate and has a top side, a bottom side and two side walls opposite to each other. The insulating layer which wraps around the conductive wiring at least through the top side and two side walls, wherein there is a gap between the insulating layer and at least one of the two side walls.
Abstract:
A switching system. The switching system includes an optical component, an electromagnetic switch, an auxiliary adjustment structure, and a control circuit. The optical component reflects or refracts a light. The electromagnetic switch, on one side of the optical component, controls the optical component to rotate or move in a direction. The auxiliary adjustment structure, on the optical component, controls the optical component to rotate or move in other direction. The control circuit, coupled to the electromagnetic switch, adjusts an on-off signal of the electromagnetic switch by a native frequency of the switching system, wherein the native frequency is obtained from an initial signal.