Abstract: A method for making a semiconductor structure includes: providing a substrate with a contact feature thereon; forming a dielectric layer on the substrate; etching the dielectric layer to form an interconnect opening exposing the contact feature; forming a metal layer on the dielectric layer and outside of the contact feature; and forming a graphene conductive structure on the metal layer, the graphene conductive structure filling the interconnect opening, being electrically connected to the contact feature, and having at least one graphene layer that extends in a direction substantially perpendicular to the substrate.

Abstract: A structural steel member connecting assembly includes a first connecting member and a second connecting member. The first connecting member is pivotally connected to a positioning portion of a first structural steel member and therefore can be swung. The second connecting member is pivotally connected to the first connecting member such that the two connecting members are rotatable with respect to each other. The second connecting member has a fixing portion coupled with a second structural steel member such that the longitudinal directions of the two structural steel members intersect. With the second connecting member rotatable with respect to the first connecting member, the installation angles of the two structural steel members can be easily changed in order to make a stable engineering structure. The structural steel member connecting assembly features convenience of, and flexibility in, use and has extensive applications.

Abstract: A pulse measurement device is provided, including a first signal source, a second signal source, two microwave resonators, two mixers, and a signal processing unit. The first signal source and the second signal source output a first high-frequency signal and a second high-frequency signal, respectively. Each of the microwave resonators generates an electric field according to the first high-frequency signal, and senses a variation in the electric field which is interfered by a pulse to obtain a sensing signal. Each of the mixers is coupled to one of the microwave resonators, to mix the sensing signal and the second high-frequency signal to output a down-converted signal. The signal processing unit respectively demodulates amplitudes of the down-converted signals of the two mixers to obtain amplitude signals.

Abstract: A structural steel member connecting assembly includes a first connecting member and a second connecting member. The first connecting member is pivotally connected to a positioning portion of a first structural steel member and therefore can be swung. The second connecting member is pivotally connected to the first connecting member such that the two connecting members are rotatable with respect to each other. The second connecting member has a fixing portion coupled with a second structural steel member such that the longitudinal directions of the two structural steel members intersect. With the second connecting member rotatable with respect to the first connecting member, the installation angles of the two structural steel members can be easily changed in order to make a stable engineering structure. The structural steel member connecting assembly features convenience of, and flexibility in, use and has extensive applications.

Abstract: A pulse measurement device is provided, including a first signal source, a second signal source, two microwave resonators, two mixers, and a signal processing unit. The first signal source and the second signal source output a first high-frequency signal and a second high-frequency signal, respectively. Each of the microwave resonators generates an electric field according to the first high-frequency signal, and senses a variation in the electric field which is interfered by a pulse to obtain a sensing signal. Each of the mixers is coupled to one of the microwave resonators, to mix the sensing signal and the second high-frequency signal to output a down-converted signal. The signal processing unit respectively demodulates amplitudes of the down-converted signals of the two mixers to obtain amplitude signals.

Abstract: A modular support frame for solar power assembly, includes a fixing part having a first end and a second end, and a coupling part having a guide groove extending between the first end and second end of the fixing part. An included angle is formed between the extending direction of the guide groove and the vertical direction so that a solar power assembly can be set between the first end and second end of the fixing part along the guide groove of the coupling part to achieve the invention object of convenient and fast assembly of a solar power assembly.

Abstract: An assembly apparatus for a truss structure includes a supporting column, a holding member and a fastening member. The supporting column includes an attachment portion. The holding member includes a supporting portion and a positioning portion arranged adjacent to the supporting portion. The supporting portion includes a guiding slot opened in a vertical direction, and the guiding slot is configured to receive the trust structure therein. The fastening member is arranged on the positioning portion of the holding member and the attachment portion of the supporting column. The holding member is movably secured onto the supporting column. With the aforementioned assembly, the present invention is able to provide a convenient and assembly-facilitated truss structure for the installation of photovoltaic modules while reducing the overall cost.

Abstract: A section-steel joint serves to fasten a section steel cross beam and a steel beam together. The section-steel joint includes an upright plate, two opposite support portions, and a connecting portion. The two support portions are separated from each other and integratedly connected to the upright plate so that a positioning groove is defined by the two support portions and the upright plate for positioning the section steel cross beam. The connecting portion is located on one side of the positioning groove for positioning the steel beam. With the specially designed positioning groove and connecting portion, the section-steel joint allows the section steel cross beam and the steel beam to be positioned fast, and then fasteners can be used to fix all the components together, thereby making the assembling work more convenient.

Abstract: A structural steel supporting member includes a vertical post and two opposing vertical plates. The two vertical plates are integrally connected to the top end of the vertical post and are spaced apart by a predetermined distance such that a positioning groove is formed between the top end of the vertical post and the inner sides of the two vertical plates. Thanks to the positioning groove, a structural steel beam that is used to support a solar panel module can be rapidly positioned and installed without using some of the conventionally required components, and the tilt angle of the structural steel beam can be adjusted as needed.

Abstract: A microwave flowmeter and a flow rate measurement method are provided. The microwave flowmeter includes a transmitting circuit, a detecting circuit, and a computing unit. The transmitting circuit includes a substrate, a plurality of resonator elements, and a transmission line. Two ends of the transmission line receive high frequency electric feedings, so that the resonator elements separately generate corresponding microwaves and each of the microwaves has at least one resonant frequency. The detecting circuit detects offsets of the corresponding resonant frequencies that are caused when a fluid flows through the resonator elements, and records times at which the offsets happen. The computing unit is electrically connected to the detecting circuit, and computes a flow rate of the fluid according to the times at which the offsets happen of the resonant frequencies and locations that are of the resonator elements and that correspond to a flow path.

Abstract: A positioning foot block for the mounting of an upright bar is disclosed to include a support device having a bottom wall, two side walls respectively extended from opposing left and right sides of the bottom wall and a positioning space surrounded by the bottom wall and the side walls for receiving the upright bar. Each side wall of the support device has two side lugs respectively extended from opposing front and rear sides thereof toward the positioning space and respectively clamped on respective corner ends of the upright bar. Thus, the structural design of the positioning foot block can clamp the corner ends of the upright bar firmly, prohibiting the upright bar from vibration and enhancing its positioning stability.

Abstract: A microwave flowmeter and a flow rate measurement method are provided. The microwave flowmeter includes a transmitting circuit, a detecting circuit, and a computing unit. The transmitting circuit includes a substrate, a plurality of resonator elements, and a transmission line. Two ends of the transmission line receive high frequency electric feedings, so that the resonator elements separately generate corresponding microwaves and each of the microwaves has at least one resonant frequency. The detecting circuit detects offsets of the corresponding resonant frequencies that are caused when a fluid flows through the resonator elements, and records times at which the offsets happen. The computing unit is electrically connected to the detecting circuit, and computes a flow rate of the fluid according to the times at which the offsets happen of the resonant frequencies and locations that are of the resonator elements and that correspond to a flow path.

Abstract: A joint device includes a main fixing plate, an auxiliary fixing plate, and a fastener. The main fixing plate has a vertical wall disposed between a longitudinal beam and a transverse beam, a first extending wall extending towards a side of the longitudinal beam from the vertical wall and crossing over and abutting against an upper portion of the longitudinal beam, and a second extending wall extending towards a side of the transverse beam from the vertical wall and crossing over and abutting against a lower portion of the transverse beam. The auxiliary fixing plate is disposed in an open groove of the transverse beam in a way that the transverse beam is clamped between the auxiliary fixing plate and the vertical wall of the main fixing plate. The fastener secures the longitudinal beam, the transverse beam, the main fixing plate and the auxiliary fixing plate together.

Abstract: A positioning foot block for the mounting of an upright bar is disclosed to include a support device having a bottom wall, two side walls respectively extended from opposing left and right sides of the bottom wall and a positioning space surrounded by the bottom wall and the side walls for receiving the upright bar. Each side wall of the support device has two side lugs respectively extended from opposing front and rear sides thereof toward the positioning space and respectively clamped on respective corner ends of the upright bar. Thus, the structural design of the positioning foot block can clamp the corner ends of the upright bar firmly, prohibiting the upright bar from vibration and enhancing its positioning stability.

Abstract: A joint device includes a main fixing plate, an auxiliary fixing plate, and a fastener. The main fixing plate has a vertical wall disposed between a longitudinal beam and a transverse beam, a first extending wall extending towards a side of the longitudinal beam from the vertical wall and crossing over and abutting against an upper portion of the longitudinal beam, and a second extending wall extending towards a side of the transverse beam from the vertical wall and crossing over and abutting against a lower portion of the transverse beam. The auxiliary fixing plate is disposed in an open groove of the transverse beam in a way that the transverse beam is clamped between the auxiliary fixing plate and the vertical wall of the main fixing plate. The fastener secures the longitudinal beam, the transverse beam, the main fixing plate and the auxiliary fixing plate together.

Abstract: A method of auto-retracting a lens of an image capture apparatus and a control system using the same are applied to an image capture apparatus with a retractable lens. The method includes the following steps. A hardware circuit of the image capture apparatus detects whether an abnormal power failure event occurs or not. The hardware circuit performs a re-boot procedure when detects that the abnormal power failure event occurs. After the hardware circuit performs the re-boot procedure, software in the image capture apparatus utilizes residual power only to perform a control procedure of retracting the lens. After the retractable lens is detected to have been retracted into the image capture apparatus, the software controls the image capture apparatus to be powered off.

Abstract: A method of auto-retracting a lens of an image capture apparatus and a control system using the same are applied to an image capture apparatus with a retractable lens. The method includes the following steps. A hardware circuit of the image capture apparatus detects whether an abnormal power failure event occurs or not. The hardware circuit performs a re-boot procedure when detects that the abnormal power failure event occurs. After the hardware circuit performs the re-boot procedure, software in the image capture apparatus utilizes residual power only to perform a control procedure of retracting the lens. After the retractable lens is detected to have been retracted into the image capture apparatus, the software controls the image capture apparatus to be powered off.

Abstract: The present invention relates to an electronic subassembly having a conductive layer, a conductive film and a method of making the same. The conductive film includes a supporting layer (31), a conductive layer (32) and a connection layer (33), all of which are orderly stacked. The connection layer (33) is formed on the conductive layer (32) and attaches the conductive film to the electronic subassembly. The supporting layer (31) will be peeled off after the conductive film adheres to the electronic subassembly. Thus, both two sides of the conductive layer (32) can be electrically connected to a ground circuit of the electronic subassembly, and the electronic subassembly has good electromagnetic shielding performance.

Abstract: A compound material at least comprises a pair of overlapped high heat conductive layer and electromagnetic interference (EMI) shielding layer. The EMI shielding layer includes a high heat conductive sub-layer and a plurality of EMI shielding blocks thereby forming an EMI shielding net and a heat conducting track with the cooperation of the overlapped heat conductive layer in the meantime. The compound material further comprises a second EMI shielding layer overlapped on the side of the heat conductive layer which is opposite to said EMI shielding layer and having a plurality of EMI shielding blocks, which are arranged in a similar as and are staggered from the EMI shielding blocks of said EMI shielding layer in the overlapped or vertical direction thereof.

Abstract: A CD storage barrel includes a injunction molding plastic base and a barrel housing. The base and the barrel housing are integral form made. The barrel hosing engages with the base to form a CD storage barrel. Mostly important, the base is square corresponding to a square packaging box.