4results about How to "Guaranteed smooth execution" patented technology

This utility model relates to the field of antenna assembly production equipment technology, and in particular to an antenna assembly transfer carrier device, comprising: a carrier base plate, wherein there are two carrier base plates, and the two carrier base plates are arranged vertically to form a transfer carrier; a reference base, wherein the reference base is fixed on the upper surface of the upper carrier base plate, and a plurality of limiting blocks are fixedly installed on each reference base; a driving component is arranged between the carrier base plates; and terminals, inserts, and die-cast parts are also arranged on the reference base. The inserts are arranged between the plurality of limiting blocks, the terminals are arranged between the inserts, and the die-cast parts are arranged on one side of the limiting blocks. The mechanical cooperation between the positioning pins on the transfer carrier and the positioning holes opened on the bottom of the inserts, combined with the positioning constraints of the reference base and the limiting blocks, achieves high-precision positioning of the inserts, terminals, and die-cast parts throughout the assembly process, thereby effectively reducing assembly errors and ensuring the consistency of antenna assembly component assembly and product quality.

This utility model discloses a sound insulation and noise reduction device for an air conditioning room, including a cabinet. A cabinet door is rotatably mounted on one side of the cabinet. Sound insulation panels are mounted on both the side of the cabinet door and the inside of the cabinet. Quick-lock sleeves are mounted on both the outside of the cabinet and the outside of the cabinet door. A quick-lock rod is mounted inside the quick-lock sleeve. A rotating plate is rotatably mounted on the outside of the quick-lock sleeve. An arc-shaped groove and a round hole are opened on the rotating plate, with the round hole at one end of the arc-shaped groove. A limiting sleeve is slidably mounted on the outside of the quick-lock sleeve. A round rod is mounted on one side of the limiting sleeve, and a round plate is mounted on the round rod. A rotating sleeve is rotatably mounted on the outside of the quick-lock sleeve. A release groove is opened inside the rotating sleeve with a variable diameter. A rotating frame is mounted on one side of the rotating sleeve. A limiting rod is slidably mounted in the rotating frame. A limiting plate is mounted at one end of the limiting rod. A release plate is slidably mounted in the release groove. A movable groove is opened on the outside of the quick-lock rod, and a quick-lock plate is mounted in the movable groove. Rotating shafts are located on both sides of the quick-lock plate. This utility model enables convenient disassembly and assembly of the sound insulation panels without the need for tools and ensures the installation stability of the sound insulation panels.

This application discloses a memory access method, a multi-core system, a processor, and a system-on-a-chip, relating to the field of processors. The method includes: in response to a received atomic operation, determining the memory address carried in the atomic operation; based on the memory address, determining the address layout state of first data in memory, wherein the address layout state characterizes whether the memory address crosses the cache line boundary or data page boundary of any processing unit; if the address layout state characterizes that the memory address crosses the cache line boundary or data page boundary, splitting the atomic operation into multiple first sub-operations, wherein different first sub-operations carry different sub-addresses; and based on the sub-addresses carried by the multiple first sub-operations, accessing the first data stored in memory through the cache of any processing unit. This application solves the technical problem of low processing efficiency in multi-core systems caused by improper control of unaligned atomic operations.

This application relates to the field of data processing technology, and discloses a ChatBI data processing method, system, device, and medium. The ChatBI data processing method includes: acquiring metadata from multi-source heterogeneous data sources, and generating semantically dense vectors and keyword sparse vectors to construct a target vector library, while simultaneously generating the connection configuration required by the database query engine. When a natural language query request is received, semantic retrieval based on semantically dense vectors and keyword retrieval based on keyword sparse vectors are performed in the target vector library to determine the target metadata matching the request. Based on the determined target metadata, a corresponding target database query statement is generated, and the statement is sent to the database query engine with the connection configuration loaded for execution to obtain the query result. This application solves the technical problems of low accuracy in natural language understanding and data query matching, and difficulties in cross-source execution when facing multi-source heterogeneous data.