Abstract: A light-emitting device includes a semiconductor stack, an insulating reflective structure having an opening, and an electrode located on the insulating reflective structure and filled in the opening to electrically connect to the semiconductor stack. The semiconductor stack having includes a main surface, and a side surface inclined to the main surface. The light-emitting device has a dominant wavelength and a peak wavelength. The insulating reflective structure includes: a first part located on the main surface and having a first thickness; and a second part located on the side surface and having a second thickness different from the first thickness. The second part of the insulating reflective structure has a reflectivity of more than 90% for the dominant wavelength or the peak wavelength within an incident angle of 0° to 30°.

Abstract: Devices and method for forming a switch including a heater layer including a first heater pad, a second heater pad, and a heater line connecting the first heater pad and the second heater pad, a phase change material (PCM) layer positioned in a same vertical plane as the heater line, and a floating spreader layer including a first portion positioned in the same vertical plane as the heater line and the PCM layer, in which the first portion has a first width that is less than or equal to a distance between proximate sidewalls of the first heater pad and the second heater pad.

Abstract: A touch-sensitive device includes a transparent substrate, a decorative layer, and a touch-sensing electrode layer. The decorative layer is disposed on the transparent substrate, and a notch is formed on the decorative layer at a position substantially coinciding with a distribution area of an icon formed on a non-screen area. The touch-sensing electrode layer includes a plurality of first transparent electrodes, second transparent electrodes and connecting lines. Each connecting line connects two adjacent first transparent electrodes or two adjacent second transparent electrodes and does not overlap a periphery of the notch.

Abstract: A sliding type thin fingerprint sensor package defined as a sliding region and a conductive portion comprises a substrate, a fingerprint sensor chip and a metal plate. The fingerprint sensor chip is electrically connected with the substrate and a sensing region of the fingerprint sensor chip is exposed by a window of the dielectric layer. The metal plate is electrically connected with the substrate and a sliding surface of the metal plate is close to the sensing region of the fingerprint sensor chip. The sensing region and the sliding surface are exposed by the window of the dielectric layer. The sensing region of the fingerprint sensor chip and the sliding surface of the metal plate are located at the sliding region, and a plurality of external contact pads on a circuit layer of the substrate are located at the conductive portion.

Abstract: A sliding type thin fingerprint sensor package defined as a sliding region and a conductive portion comprises a substrate, a fingerprint sensor chip and a metal plate. The fingerprint sensor chip is electrically connected with the substrate and a sensing region of the fingerprint sensor chip is exposed by a window of the dielectric layer. The metal plate is electrically connected with the substrate and a sliding surface of the metal plate is close to the sensing region of the fingerprint sensor chip. The sensing region and the sliding surface are exposed by the window of the dielectric layer. The sensing region of the fingerprint sensor chip and the sliding surface of the metal plate are located at the sliding region, and a plurality of external contact pads on a circuit layer of the substrate are located at the conductive portion.

Abstract: A computer-implemented design tool for the navigation and visualization of data in at least one relational and/or multidimensional database. The design tool allows a user to partition a display screen into a plurality of frames, to insert and configure controls within each frame to form a dashboard, the controls defining queries to the database(s) and any rules associated with those queries, and to create the dashboards in multiple levels for each of the frames. Configuring the controls permits a user to define drill actions for the controls within each dashboard to target dashboards in any of the multiple levels, both within the same frame as the starting dashboard, as well as in any or all of the other frames.

Abstract: A computer reader mounting device installed in one slot of a computer comprises a frame positioned in the slot of the computer; a bottom of the frame being mounted with a back plate; a bottom surface of the back plate being pivotally installed with a swingable arm; a support plate locked to a rear side of the frame to be as a cartridge; one side engagable to the joint of the read unit; a sliding block being slidable in the cartridge; a bottom of the sliding block having a teeth groove; an elastomer being connected between the hook of the frame and an ear of the sliding block; a bottom plate buckled to the bottom of the frame and the bottom of the back plate; a push rod extending from the bottom plate; and a back side of the bottom plate resisting against one end of the swingable arm.

Abstract: A computer data reading apparatus has a reading device installed to one slot of a computer so as to be connected to a joint of a reading unit for inputting data from or outputting data to a computer. The reading device includes a stand, a casing, a supporting plate, a sliding block, a cover and an outer frame. The casing is positioned across an upper side of the stand. Each of front lower sides of the casing has a hook portion. An outer side of the casing has a positioning groove for receiving a push rod. A supporting plate is locked to a rear side of the casing so as to form with a cartridge for receiving and sliding a sliding block. One side of the supporting plate is installed with an input/output port which is coupled to a joint of the reading unit.

Abstract: A data reading module capable of being built in a computer or plugged into a computer standard slot. The module comprises at least one machine seat installed in a standard slot of a computer. A frame is capable of running across the machine seat. A reading unit is placed in the machine seat. The joint of the reading unit and the connector of the frame are electrically connected; a reading unit is installed in the frame. A front side of the reading unit has a plurality of slots for being inserted by memory cards of various forms. Thereby, the data in the memory card can be read; then the read data is sent to a computer through the joint and the connector. The data in the computer is read out and then is written to the memory card through the connector and the joint; thereby, data can be transferred bidirectionally.

Abstract: A computer data reading apparatus has a reading device installed to one slot of a computer so as to be connected to a joint of a reading unit for inputting data from or outputting data to a computer. The reading device includes a stand, a casing, a supporting plate, a sliding block, a cover and an outer frame. The casing is positioned across an upper side of the stand. Each of front lower sides of the casing has a hook portion. An outer side of the casing has a positioning groove for receiving a push rod. A supporting plate is locked to a rear side of the casing so as to form with a cartridge for receiving and sliding a sliding block. One side of the supporting plate is installed with an input/output port which is coupled to a joint of the reading unit.