5results about How to "Reduce alignment accuracy requirements" patented technology

The application relates to a light-emitting diode test circuit, a driving chip, a display module and a display panel. The light-emitting diode test circuit comprises: a plurality of first conductive elements, each first conductive element being used for corresponding connection with an anode of each light-emitting diode on a display module to be tested; a plurality of second conductive elements, each second conductive element being used for corresponding connection with a cathode of each light-emitting diode on the display module to be tested; a first conductive test element, which is connected with each first conductive element and is used for receiving a first driving voltage provided by an external test device; and a second conductive test element, which is connected with each second conductive element and is used for receiving a second driving voltage provided by the external test device, wherein the first driving voltage is greater than the second driving voltage. By using the above light-emitting diode test circuit, the number of top pins of a detection device can be reduced, and thus the detection cost is reduced.

The method comprises the following steps: providing a substrate; forming a plurality of first electrode structures and a plurality of bit lines in the substrate; wherein the plurality of bit lines extend along a first direction, the first electrode structures and the bit lines are arranged at intervals along a second direction, and the plurality of first electrode structures are arranged in an array; forming an MTJ structure above the first electrode structures; forming an insulating layer above the substrate, wherein the insulating layer covers the substrate and the MTJ structure; forming a plurality of electrode trenches in the insulating layer, wherein the electrode trenches expose the top surface of the MTJ structure and the top surface of the bit lines; and forming a plurality of second electrode structures in the plurality of electrode trenches. The method can reduce the alignment accuracy requirement when preparing the electrode, reduce the process difficulty, and improve the bit line density.

A joint structure for the main structure and the roof of the connecting corridor includes a joint insulation layer and symmetrically arranged upper and lower sealing structures. The sealing structures, from the inside out, consist of an arc-shaped plate, an elastic joint connecting plate, an installation plate, and an outer decorative panel. The arc-shaped groove design of the arc-shaped plate can absorb multi-dimensional displacement. The elastic joint connecting plate is slidably connected to the expansion joint guard via a retaining strip, achieving dynamic deformation adaptation. The joint insulation layer fills the joint gaps, forming multiple waterproof barriers in conjunction with sealing rods, sealant, and a double-layer waterproof structure. The installation plate and the outer decorative panel are connected by bolts and fasteners, enabling modular, rapid installation and easy disassembly and maintenance. This invention, through a flexible deformation mechanism and integrated waterproof design, significantly improves the durability, construction efficiency, and maintenance convenience of the joint, making it suitable for complex conditions involving large-span connecting corridors and main structures.

The application provides a rotor blade assembling device and a rotor assembly, which comprises a base and a blade clamp fixedly connected to the side of the base, a positioning block is arranged above the base, a first slot structure is arranged on the lower surface of the positioning block, and a positioning notch is formed at the position of the first slot structure when the positioning block is fixed to the base; a limiting piece is extended from the assembling surface of the blade clamp opposite to the base, the limiting piece and the positioning notch are complementarily matched when the blade clamp is fixed to the base, the blade clamp can be fixed to a target posture through the positioning notch and the limiting piece, and then the blade fixed to the blade clamp can be fixed to a target blade angle. The rotor blade assembling device and the rotor assembly can effectively guarantee the posture stability of the blade fixed at the target blade angle, can quickly adjust the blade angle by replacing the positioning block, are convenient to use, and can guide the adjustment of the assembling posture of the blade clamp pre-fixed to the base during the installation and fixation of the positioning block, thereby reducing the assembling precision requirement and improving the assembling efficiency.

The utility model provides a connecting and locking device for a modular robot, which relates to the technical field of robots and comprises a locking connecting shaft and a locking connecting block. The adjacent module robots are connected in a matched mode through the locking connecting shafts and the locking connecting blocks. The locking connecting shaft comprises a connecting plate, a stepped shaft and a connecting disc, one side of the connecting plate is fixedly connected with the first end of the stepped shaft, the second end of the stepped shaft is fixedly connected with one side of the connecting disc, and the diameter of the connecting disc is larger than that of the smallest step on the stepped shaft; the locking connecting block comprises a connecting hole plate, a buckle, a first gear, a second gear, a limiting switch and a driving motor. According to the locking connection device, the locking connection shafts and the locking connection blocks are used in cooperation, so that locking connection between the module robots is achieved, and the locking connection device is simple in structure and convenient to operate.