6results about How to "Without compromising integrity" patented technology

This invention discloses a hot isostatic pressing densification method for impregnated coating of ball valve cores, belonging to the field of metal surface coating technology. The method specifically includes the following steps: (1) substrate pretreatment and coating preparation; (2) activation of the coating's thermoplastic state; (3) encapsulation-type near-isostatic pressing densification treatment; and (4) unloading, cooling, and finishing. The core of this invention lies in the synergistic effect of "thermoplastic softening" and "uniform pressure application with full spherical encapsulation." By applying a uniform pressure of approximately isostatic pressure to the coating in its thermoplastic state, the internal pores are efficiently closed, improving the coating's density and overall mechanical properties without damaging the coating's integrity or the workpiece's geometric accuracy.

The utility model relates to a filling system. The filling system comprises a raw material tank and a buffer tank, the raw material tank is connected to an inlet of the buffer tank through an inlet pipeline, an outlet of the buffer tank is connected with the filling pipeline or the backflow pipeline in a switchable mode, the filling pipeline is used for discharging raw materials in the buffer tank for filling, and the backflow pipeline is connected with the outlet of the buffer tank and the raw material tank. The filling system also includes a surge tank connected to the return line downstream of the buffer tank and configured to continuously receive gas from the high pressure gas source to maintain pressure in the return line and the inlet line within a predetermined range. The pressure stabilizing tank can maintain the pressure in the pipeline on the premise that the flow area of the pipeline is not reduced, so that the filling system is particularly suitable for filling raw materials with particulate matters, and is particularly suitable for small-pipe-diameter application.

The application discloses a kind of methods and systems for simplifying OSM map data over short road, method includes: OSM map data is converted into graph data structure;Iterate line segment set, according to the length threshold value set to find the line segment needing to be simplified, and determine its search range;Collection needs to be simplified the periphery range information of line segment, calculate the geometric difference between the geometric characteristics of line segment itself and periphery road, detect and judge whether the line segment needs to be merged;Take the midpoint of the line segment to be merged to inherit the connection between two end points and other line segments, update line segment geometric information to obtain new graph data structure.The application can automatically simplify the over short road of city scale OSM map data without actual map reference, save the manpower and time cost of repeated checking road network, help to improve the accuracy of subsequent road network analysis.

This invention discloses a balance ring structure for a washing device and the washing device itself. The balance ring structure includes: a balance ring body and an additive storage device protruding from the inner peripheral wall of the balance ring body; the additive storage device has an inlet and a cover for opening and closing the inlet, and the top of the additive storage device is lower than the top of the balance ring body. By placing the additive storage device on the inner peripheral wall of the balance ring body, and having the inlet and cover located on the additive storage device rather than on the balance ring body, and with the top of the additive storage device lower than the top of the balance ring body, this invention does not compromise the integrity of the opening edge at the top of the balance ring body, thus ensuring the water-blocking effect of the balance ring body.

The application discloses an end-side large model architecture analysis method and system based on an electromagnetic side channel, and belongs to the technical field of artificial intelligence security. Firstly, electromagnetic radiation signals generated when a target end-side device runs a large model are collected and converted into digitized samples, and the samples are preprocessed to extract time-domain amplitude data reflecting changes in hardware computing load; then, based on the periodic repetition mode in the time-domain amplitude data, a target time-domain feature segment corresponding to the operation of a single Transformer Block is segmented; finally, the feature segment is input into an architecture analysis model to identify the execution time length features of each computing operator inside the segment, and the architecture hyperparameters of the large model to be analyzed are predicted based on the execution time length features. The application utilizes the physical mapping relationship between hardware electromagnetic features and operator time length, breaks through the software black box limitation, realizes non-intrusive and high-precision model architecture analysis, and effectively solves the large model infringement evidence collection problem.

The present application relates to a kind of body temperature sensing quick bending-straightening mechanical response organic single crystal and its preparation, application, belong to flexible crystal material technical field.The organic single crystal is formed by 3,5-dinitrobenzoic acid and 4,4'-dipyridyl co-crystal, is prepared by solvent evaporation method, first natural evaporation crystallization when solvent evaporation, then heat crystal, or heat evaporation crystallization again cooling. The single crystal thermal response shows excellent, breaks the deformation not significant and can only maintain very short time, the limitation of high response temperature in the related material existing report. The method has the advantages such as preparation simple, not by crystal size limit, environment-friendly, room temperature stable, fatigue resistant, can be applied to sensing, driving, flexible robot and other fields as intelligent material.