Abstract: A micro light-emitting element including an epitaxial structure, an insulating layer, an electrode structure and a sacrificial layer is provided. The epitaxial structure includes a top surface and a side surface. The insulating layer is disposed on the top surface and the side surface of the epitaxial structure, and the insulating layer includes an opening. The electrode structure is disposed on the top surface of the epitaxial structure and extends through the opening of the insulating layer to be electrically connected to the epitaxial structure. The sacrificial layer is sandwiched between a surface of the insulating layer and the corresponding electrode structure. A micro light-emitting element display device is further provided.

Abstract: A liquid-cooling device includes multiple water blocks and at least one connection tube. Each of the water blocks has a water incoming end, a water outgoing end and a water-receiving space in communication with the water incoming end and the water outgoing end. The connection tube is disposed between each two water blocks. Two ends of the connection tube are respectively connected with the water incoming end of one of the two water blocks and the water outgoing end of the other water block, whereby the water-receiving spaces of the two water blocks communicate with each other via the connection tube. The connection tube has at least one bellows section between two ends of the connection tube. The liquid-cooling device solves the problems of the conventional liquid-cooling device that when the water block is welded, thermal deformation is produced to cause tolerance and the manufacturing cost is higher.

Abstract: A solar cell is provided that an extremely thin light absorber is formed between a n-type semiconductor layer and a p-type semiconductor layer such that the light absorber is used to absorb solar energy, while the p-type semiconductor layer may not absorb light. After separation of electrons and holes, the carriers will not recombine during the conduction, in order to avoid energy loss.

Abstract: A gas extraction method including: providing an injection mold apparatus (100) including a mold cavity (300), a gas vent (490) and a gas vent pin (49), the mold cavity including an end portion of a material injection path (210), the gas vent communicating with the end portion, the gas vent pin being received in the gas vent; injecting molten material into the mold cavity and toward the end portion; venting gas from a gap between the gas vent pin and the gas vent as molten material is injected into the mold cavity; driving the gas vent pin to substantially close the end portion of the material injection path when the mold cavity having been injected with molten material to about 95 percent of a capacity of the mold cavity.

Abstract: The present invention is a computer motherboard with a Basic Input Output System (BIOS) capable of built-in configuration display, characterized in that the BIOS includes a first means and a second means. The first and second means are code internally provided in the BIOS and executable by a CPU of the computer motherboard in an execution environment preset by the BIOS. The first means enables acquisition of CPU configuration data stored on the CPU and configuration data for displaying the CPU. The second means enables acquisition of memory module configuration data stored on at least a memory module and configuration data for displaying the memory module. After the computer motherboard enters a BIOS setup utility, a user selects an option of execution of the first or second means to execute CPU and memory configuration display without using an operating system.

Abstract: A computer motherboard with a Basic Input Output System (BIOS) is characterized by built-in BIOS fresh. The BIOS includes a first means and a second means. The first and second means are code internally provided in the BIOS and executable by a CPU of the computer motherboard in an execution environment preset by the BIOS. The first means selects a BIOS update file stored in a storage device. The second means enables the BIOS update file to be refreshed in a BIOS memory. After the computer motherboard enters a BIOS setup utility, a user selects an option of execution of the first or second means to let BIOS fresh takes place without using an operating system.

Abstract: The present invention is a computer motherboard with a Basic Input Output System (BIOS) capable of built-in configuration display, characterized in that the BIOS includes a first means and a second means. The first and second means are code internally provided in the BIOS and executable by a CPU of the computer motherboard in an execution environment preset by the BIOS. The first means enables acquisition of CPU configuration data stored on the CPU and configuration data for displaying the CPU. The second means enables acquisition of memory module configuration data stored on at least a memory module and configuration data for displaying the memory module. After the computer motherboard enters a BIOS setup utility, a user selects an option of execution of the first or second means to execute CPU and memory configuration display without using an operating system.

Abstract: A circuit for transforming memory address is disclosed. A first memory address is transformed into a second memory address with more bits than the first memory address for providing a memory. The memory space is an even multiple of the maximum of the first memory address. Therefore a large memory can be used as a small memory.

Abstract: A data displacement bypass system is disclosed, wherein the data displacement bypass system comprises a CPU (Central Processing Unit), a first memory, a plurality of address lines, a plurality of data lines, an OE (Output Enable) line, a CS (Chip Select) line and a data displacement unit. The CPU could output a plurality of address characters, an OE signal and a CS signal, and receive a plurality of data characters. The first memory and the data displacement unit could output the plurality of data characters according to the plurality of address characters, the OE signal and the CS signal received by the first memory and the data displacement unit, wherein the data displacement unit could govern the plurality of data characters inputting to the CPU by outputting high or low voltage.

Abstract: A gas extraction method including: providing an injection mold apparatus (100) including a mold cavity (300), a gas vent (490) and a gas vent pin (49), the mold cavity including an end portion of a material injection path (210), the gas vent communicating with the end portion, the gas vent pin being received in the gas vent; injecting molten material into the mold cavity and toward the end portion; venting gas from a gap between the gas vent pin and the gas vent as molten material is injected into the mold cavity; driving the gas vent pin to substantially close the end portion of the material injection path when the mold cavity having been injected with molten material to about 95 percent of a capacity of the mold cavity.

Abstract: A data displacement bypass system is disclosed, wherein the data displacement bypass system comprises a CPU (Central Processing Unit), a first memory, a plurality of address lines, a plurality of data lines, an OE (Output Enable) line, a CS (Chip Select) line and a data displacement unit. The CPU could output a plurality of address characters, an OE signal and a CS signal, and receive a plurality of data characters. The first memory and the data displacement unit could output the plurality of data characters according to the plurality of address characters, the OE signal and the CS signal received by the first memory and the data displacement unit, wherein the data displacement unit could govern the plurality of data characters inputting to the CPU by outputting high or low voltage.

Abstract: A circuit for transforming memory address is disclosed. A first memory address is transformed into a second memory address with more bits than the first memory address for providing a memory. The memory space is an even multiple of the maximum of the first memory address. Therefore a large memory can be used as a small memory.

Abstract: A cut structure for a mold apparatus (100), which the cut structure is configured for being connected to a mold cavity (210), includes a first hole (42), a cut punch (48) and a draw pin (49). The first hole is configured to communicate with the mold cavity. The cut punch is movably received in the first hole for cutting a portion of a molded product. The cut punch defines a second hole (486); and the draw pin is movably received in the second hole of the cut punch. The draw pin has a wedge cutout (492) configured for drawing the portion of a molded product from the mold apparatus.

Abstract: A method for testing a component configured to be installed in a plasma processing system. The method includes providing an ATAC (Automated Test and Characterization) fixture, which includes a system control software package ( SCS) that is representative of production system control software, a data manager module configured to obtain specification data from a database over a computer network, a test manager module configured to execute a set of tests designed to test the component, a SCS interface engine configured to provide the set of tests to the SCS, and a data analysis module configured to provide computer-implemented data analysis tool for analyzing test data obtained from the testing the component. The method also includes coupling the ATAC fixture to the component to enable the SCS in the ATAC fixture to test the component utilizing the set of tests and at least a portion of the specification data.

Abstract: A testing arrangement for testing a plasma cluster tool having system control software (SCS) for controlling the plasma cluster tool during production. The testing arrangement includes a data manager module for obtaining, via a computer network, specification data pertaining to a component of the plasma cluster tool. The testing arrangement further includes a test manager module configured to provide a set of tests for testing the component, the set of tests incorporating data obtained in the specification data. The testing arrangement additionally includes a SCS interface engine configured to communicate the set of tests with the system control software of the plasma cluster tool, thereby enabling the SCS to execute at least a test in the set of tests to test the component.

Abstract: A gas extraction structure (40) is used for a mold apparatus (100). The gas extraction structure connects with a mold cavity (300). The mold cavity includes an end portion of a plastic injection path (210). The gas extraction structure includes a gas vent (490), a gas vent pin (49), and a support structure (40). The gas vent communicates with the end portion of the plastic injection path. The gas vent pin received in the gas vent. The support structure is fixed with the gas vent pin and brings the gas vent pin to move in the gas vent.

Abstract: The present invention relates to a dust cloth texture having fiber bundles or bundles of intermingled yarn for dusting formed on a cleaning side of a piece of nonwoven cloth by locally press-fusing. The dust cloth texture is characterized by that a plurality of press-fusing lines are formed on the dust cloth by successively splicing a plurality of closed geometric frames, whereby the lengths and directions of the fiber bundles or intermingled yarn extending outside the fusing frames are varied with the geometric shapes and line angles of the fusing lines, such that the freedom of distribution of the fibers or intermingled yarn is increased and the dusting effect is also optimized. Meanwhile, the fiber bundles or yarn inside the fusing frames are undulated to further enhance the cleaning effect of the dust cloth.

Abstract: A golf club grip has an inner sleeve and an outer sleeve. The inner sleeve has a first end, a second end, an outer wall and an elongated annular recess. The elongated annular recess is formed in the outer wall near the first end. The outer sleeve is mounted in the elongated annular recess and has a rough external wall. Mounting the outer sleeve in the elongated annular recess can provide enough shock absorbability to prevent hands and arms of players from being injured when hitting a golf ball. The rough external wall of the outer sleeve prevents the golf club from slipping.

Abstract: A golf club grip has an inner sleeve and an outer sleeve. The inner sleeve has a first end, a second end, an outer wall and an elongated annular recess. The elongated annular recess is formed in the outer wall near the first end. The outer sleeve is mounted in the elongated annular recess and has a rough external wall. Mounting the outer sleeve in the elongated annular recess can provide enough shock absorbability to prevent hands and arms of players from being injured when hitting a golf ball. The rough external wall of the outer sleeve prevents the golf club from slipping.

Abstract: A cleansing device includes a cleansing cloth having a base and a cover fabric layers superposed together, and a number of fibers disposed and secured between the base and the cover fabric layers. A handle is attached to the cleansing cloth to carry and operate the cleansing cloth. Each of the fabric layers may include a number of strips to partially expose the fibers. An outer fabric layer may be attached to the cover fabric layer to form one or more pockets and to receive the handle. The handle includes a fork having two arms engageable into the pocket of the cleansing cloth, and a hand grip foldably secured to the fork.