7results about How to "Reduce function" patented technology

This utility model discloses a detection device belonging to the field of X-ray detection technology, specifically an offline X-ray multi-angle detection device, comprising: a lead room, an imaging system, and a detection platform; the imaging system and the detection platform are installed in the lead room, and the imaging system is installed on the detection platform; the lead room is welded from a steel-lead steel structure to provide X-ray protection; the imaging system includes a radiation source fixing module and an imager motion module; the detection platform has structural motion in three directions: X-axis, Y-axis, and Z-axis, including an X-axis drive module, a Y-axis drive module, and a Z-axis drive module; this utility model provides a relatively economical, efficient, and widely applicable online X-ray multi-angle material detection device. It not only meets customers' needs for convenient and efficient 2.5D detection but also greatly reduces customers' procurement costs and eliminates the problem of functional redundancy, meeting the general needs of low-end customers in the industry.

This application relates to an electromagnetic induction coil frame, including an inner frame, insulating columns, an insulating support plate, and an insulating plate. The inner frame is a cuboid, connected by multiple columnar structures bolted together. Multiple insulating columns are evenly distributed on the sides of the inner frame, with the insulating columns on both sides corresponding to each other. The insulating support plate includes upper and lower support plates, which are bolted to the front of the inner frame. The combined shape matches the front of the inner frame, with semi-circular openings of equal radius on the long side. The shape of the insulating plate matches the lower support plate. Multiple insulating plates are fixed between corresponding insulating columns in groups of at least two. This electromagnetic induction coil frame avoids closed-loop heating through a channel steel connection design. The insulating columns provide support to prevent heating from magnetic lines of force, resulting in a stable structure. The detachable design facilitates transportation, installation, inspection, and maintenance. The materials are lightweight and cost-effective. The outer protective cover of the insulating plate provides dust and electric shock protection. Overall insulation reduces potential hazards and meets equipment support requirements.

This invention discloses a unified intermediate representation data model and construction method for hardware design, belonging to the field of electronic design automation. The model includes: a unified representation base class; structural relationship graph representation and temporal behavior representation, describing the structural composition and runtime behavior of the design, respectively; formal semantic consistency constraints to ensure semantic consistency between structure and behavior; and a semantic association architecture to establish bidirectional semantic mapping between various scenario representations such as HDL code, schematics, and waveforms and the unified representation base class. The construction method based on this model includes an incremental synchronization process, achieving automatic synchronization after any representation modification through change capture, cross-representation mapping indexing, and change propagation rules. This invention also provides an AI-assisted design method based on this model, improving AI interaction efficiency and the automation level of design verification through multi-dimensional context construction, syntax stripping, incremental interaction protocols, and automatic closed-loop verification.

The application belongs to the technical field of biological medicine, and relates to a BCLAF1 protein Ser564 site phosphorylation antigen peptide, a specific antibody and a preparation method and application thereof. The application identifies BCLAF1 protein Ser564 as a key phosphorylation site through SIK2 kinase screening, and designs and synthesizes a phosphorylation antigen peptide based on the site. After immunizing animals, a polyclonal antibody specifically recognizing BCLAF1 Ser564 site phosphorylation modification is successfully prepared. The antibody has high sensitivity and strong specificity, is suitable for various detection platforms such as immunohistochemistry and immunoblotting, and can be used for evaluating tumor immunotherapy efficacy. The application provides a key tool for analyzing BCLAF1 phosphorylation regulation mechanism, and lays a theoretical foundation for developing an immune combined therapy strategy targeting a SIK2-BCLAF1-CCL5 axis.

This invention provides a method for preparing Astragalus colloidal phase, comprising the following steps: Preparing Astragalus decoction: Astragalus slices are extracted by reflux with water, filtered, and concentrated to obtain a standard Astragalus decoction; Phase separation: The standard Astragalus decoction is subjected to differential centrifugation and dialysis to obtain multiple physical phases, including a precipitate phase, a suspension phase, and a colloidal phase; Screening of active phases: The efficacy of each phase is evaluated using a renal edema model, and the phase with significant diuretic and anti-edema activity is selected as the Astragalus colloidal phase. The prepared Astragalus colloidal phase is a brownish-yellow transparent system with a particle size of 88.928 ± 0.683 nm and a PDI of 0.3516 ± 0.0162; the microstructure consists of spherical aggregates with a particle size distribution range of 30-200 nm; the yield is 23%. The colloidal phase of Astragalus membranaceus of this invention has nephroprotective and diuretic effects, and can be used in the preparation of drugs for treating renal edema. It provides a new and highly effective drug option for the treatment of related clinical diseases and the development of a new generation of innovative traditional Chinese medicine drugs for treating renal edema.

This utility model relates to the field of electronic product technology, specifically to a fast reset circuit for an MCU that has crashed. The fast reset circuit includes a timer chip U1, with pin 1 connected to an external button and pin 6 connected to the MCU's reset pin NRST. The external button is used to input a trigger signal to pin 1 of the timer chip U1. When the external button is continuously pressed for a preset time, pin 6 of the timer chip U1 outputs a low-level signal, pulling the MCU's reset pin NRST low, thus achieving a hardware reset. This pure hardware reset, achieved through an external button and timer chip, eliminates the need to disassemble the device casing, avoiding the structural damage of traditional reset methods. The long-press trigger mechanism and automatic timer reset function effectively prevent accidental operation, ensuring that the reset is triggered only under strict conditions.

The utility model discloses an electronic grade glycidyl ether type epoxy diluent's rectifying device relates to diluent processing technical field, including rectifying tank and dismounting subassembly, the side of rectifying tank middle part is installed with the feed pipe, for the convenient replacement of the dismounting subassembly of filling material is set up in the inside of rectifying tank, and the dismounting subassembly includes fixed block, fixed screw rod, movable block, dismounting plate, inner fixed strip and filling material box, the inside of fixed block is connected with movable block through fixed screw rod, and the side of movable block is connected with dismounting plate. This electronic grade glycidyl ether type epoxy diluent's rectifying device provides the base point for movable block and dismounting plate through fixed block to make the subsequent separation of dismounting plate, and the separation of rectifying tank moves outside fixed screw rod, so that filling material box exposes directly and is convenient for personnel to replace filling material box, thereby guaranteeing the rectification quality of electronic grade glycidyl ether type epoxy diluent, avoid the function decline caused by long -time use of filling material box.