19results about How to "Simplify complex processes" patented technology

The invention relates to the technical field of big data and the field of financial science and technology, and discloses a data dependency relationship confirmation method, which comprises the following steps of: importing metadata information containing a field name, a data table name and data source information into a data processing module to obtain a target field name, and retrieving a target field in the metadata information by utilizing the data processing module to confirm a data dependency relationship. Determining an upstream data source and a downstream data destination of the target field; generating upstream and downstream data link diagrams of the target field, wherein the upstream and downstream data link diagrams are used for identifying a flow relation of data, a data generator and processing logic; and analyzing a dependency relationship between the target field and the upstream and downstream fields based on the link diagram, and further determining a data table on which the target field depends and owner information of the data table. According to the method, through automatic analysis and link diagram generation, the original complex process needing manual query and processing is simplified, the data dependency relationship is clearer, the communication cost and query time of developers are reduced, and the data use accuracy and processing efficiency are effectively improved.

The invention discloses an industrial Internet of Things edge gateway system and a data processing method thereof, and the system comprises a data conversion module which is used for converting source JSON data in a specific format into target JSON data in a template format through a predefined template; the data acquisition module uses a configurable data acquisition pipeline as a northbound application node, binds the northbound application node with a southbound equipment node, receives data transmitted by equipment, and dynamically adjusts a data acquisition strategy through configuration management; the northbound AI reasoning module is used for being bound with a southbound equipment node and performing edge side model reasoning according to data transmitted by equipment to obtain an anomaly detection result; and the internal API of the edge gateway system is used for writing in the internal data point of the PLC or sending an information notification to a specified cloud end. By adopting the technical scheme of the invention, the data processing capability is improved, and the intelligent level of the system is enhanced.

This utility model discloses a dual-mode hydrological radar measurement device based on closed-loop attitude adjustment, belonging to the field of hydrological monitoring technology. It includes a sealed electronic cabin and an attitude adjustment mechanism. A pitch angle adjustment component is located between a bottom fixed base and a rotating base, used to drive the bottom fixed base to pitch and swing horizontally. An azimuth angle adjustment component is connected between the rotating base and the top fixed base, used to drive the rotating base to rotate horizontally vertically. Through a periodic task scheduling mechanism and pre-emptive closed-loop attitude adjustment, it can automatically and cyclically switch between water level measurement mode and flow velocity measurement mode under unattended conditions. Before each measurement, the radar beam is precisely adjusted to the optimal incident angle of the corresponding mode. Simultaneously, the "attitude adjustment first, measurement later" execution logic ensures that each data acquisition is performed under optimal physical conditions, fundamentally improving the measurement accuracy of water level and flow velocity parameters and realizing fully automated continuous hydrological monitoring.

The utility model relates to the technical field of electric power detection, in particular to an integrated detection system for gas content and moisture content in insulating oil, which comprises a vacuum chamber, the top of the vacuum chamber is connected with an oil inlet through a first pipeline, the oil inlet is further connected with a second pipeline, and a second control valve is arranged on the second pipeline. The second control valve is connected with a trace moisture measuring chamber through a third pipeline, the trace moisture measuring chamber is connected to the bottom of a vacuum chamber through a fourth pipeline, the vacuum chamber is connected with a vacuum pump through a fifth pipeline, a pressure sensor is arranged on the vacuum chamber, and the top of the oil inlet is connected with a sampling mechanism through a sixth pipeline. According to the utility model, the integrated detection of the gas content and the moisture content of the insulating oil is innovatively realized, two key parameter determination modules are organically integrated, and compared with a traditional detection mode, the complex process of multi-parameter step-by-step detection is simplified, and the equipment purchase and maintenance cost is effectively reduced.

The invention relates to the field of frozen product treatment, in particular to a frozen product unfreezing and low-temperature pretreatment integrated device which comprises a cylindrical hollow treatment kettle, and an unfreezing assembly is arranged on the treatment kettle; the feeding area, the unfreezing area, the pretreatment area and the discharging area are arranged in the same treatment kettle, and the temporary storage barrel is driven by the conveying part to sequentially pass through the areas, so that continuous integrated operation of products from unfreezing to pretreatment can be completed in one device, the complex process of needing multi-equipment and multi-procedure operation in a traditional process is effectively simplified, and the production efficiency is improved. And the production efficiency is obviously improved, and the occupied area of equipment and the human input of an operation link are reduced.

The utility model discloses a kind of flip opening and closing mechanisms, including core drive system, flip movement control mechanism, state detection and feedback system, box body integration and supporting structure connected by connecting component;Specifically including driving arm, driven arm, connecting shaft, transmission shaft, gear reduction box and speed reducer, speed reducer and gear reduction box are set in box body, speed reducer is connected with the input end of gear reduction box by transmission shaft, the output end of gear reduction box is connected with connecting shaft, driving arm is set on connecting shaft, and one end of driving arm is hinged with flip, two ends of driven arm are respectively hinged with flip, box body;The middle part of connecting shaft is connected with box body by bearing.The utility model's three driving arms act simultaneously, realize the opening and closing action of flip;By driving arm, driven arm dispersion force, two ends are simultaneously driven, and the influence of load to connecting rod structure can be reduced.

This invention relates to a Ru / C cluster catalyst for the electrocatalytic PTA-to-CHDA reaction, its preparation method, and its application. The method employs a molten salt electrolyte containing carbonate; a Ru-containing compound and a morphology control agent are mixed with the molten salt electrolyte; heating is performed to form an ion-conducting molten electrolyte system; electrolysis at constant potential or constant current allows the Ru element in the precursor and the C element in the carbonate to be co-electrodeposited on the cathode surface, forming a supported metal catalyst; after electrolysis, cooling is performed, and the catalyst is collected from the cathode, washed, and dried to obtain the supported metal catalyst. This invention provides a one-step in-situ generation of amorphous carbon-supported supported Ru / C catalysts, effectively simplifying the complex multi-step preparation process of traditional catalysts, reducing energy consumption and production costs, and solving the problem of existing technologies struggling to prepare Ru-group cluster catalysts with uniform size, good dispersibility, and high stability.

The utility model relates to the technical field of medical equipment, in particular to a digestive system department endoscope tube fixing device. Comprising a bottom plate, a fixing frame and a driving motor located below the fixing frame are fixedly connected to the bottom plate, a lead screw penetrating through the top wall of the fixing frame is arranged at the output end of the driving motor, a threaded sleeve is in threaded connection with the outer side of the lead screw, and a fixing sleeve fixedly connected with the fixing frame is slidably connected with the outer side of the threaded sleeve; a supporting table is fixedly connected to the top of the threaded sleeve, a plurality of rotating columns are rotationally connected to the top of the supporting table, and clamping and fixing mechanisms are fixedly connected to the tops of the rotating columns. The utility model aims to solve the problems of single function, complex operation and lack of mobility of the existing gastroenterology department endoscope tube fixing device, realizes the efficient and convenient fixation and adjustment of an endoscope through the electric driving and multidirectional adjusting functions, has the moving function, and greatly improves the convenience and safety of clinical operation.

The present invention provides a balancing shaft rotation measurement connection device based on the inherent structure of an engine housing, comprising a rotating shaft mechanism, a connecting shaft sleeve and a U-shaped bracket, wherein the rotating shaft mechanism is connected to the shaft hole of an engine oil pan through the connecting shaft sleeve, and one end extends to the inside of the engine oil pan to be connected to a balancing block fixing bolt fixed on the balancing shaft, and the other end extends to the outside of the engine oil pan to be connected to the rotating shaft of a balancing shaft rotation parameter measurement device; the U-shaped bracket is supported below the rotating shaft mechanism outside the engine oil pan, and a connecting portion matching the inherent connecting hole outside the engine oil pan is provided on the side of the U-shaped bracket close to the engine oil pan. The connection is achieved by designing a special U-shaped bracket structure based on the position of the inherent connecting hole on the engine oil pan, thereby reducing damage to the housing and the influence on the measurement result, and the design of the hole, shaft and surface takes the draft angle into consideration, thereby ensuring the accuracy of the output of the balancing shaft rotation parameter.

The application discloses a fine-grained pure titanium plate and a preparation method thereof. The preparation method comprises the following steps: performing alternative phase change rolling on the plate: rolling the plate in a high-temperature beta phase zone and a low-temperature alpha phase zone for multiple cycles, and returning the plate to 880+ / -5 DEG C after each cycle; changing the rolling path of the plate for multi-directional rolling in multiple cycles in the alternative phase change rolling, and synchronously applying pulse current auxiliary treatment; and slowly cooling the plate after the alternative phase change rolling is completed. Through the synergistic process of the alternative phase change rolling, the multi-directional rolling, the pulse current auxiliary treatment and the slow cooling, three-dimensional uniform refinement of the grain size is realized, the complex process flow of the traditional fine-grained preparation is simplified, energy consumption and equipment cost are reduced, and an industrialized solution is provided for high-end titanium material application in the fields of aerospace, biological medicine and the like.

The utility model relates to a novel skid loader hoist arm belongs to loader production technical field. Including section steel big arm, turn bowl spacer, shovel oil jar turns the sleeve and elevating oil jar turns the sleeve, the tail section of arm side plate A and big arm side plate B is respectively welded in the both sides of section steel big arm front end, and the welding reinforcing support piece between big arm side plate A and big arm side plate B, reinforcing support piece includes big arm inner muscle board, the front end of big arm inner muscle board is bent and forms big arm outer muscle board, and the other end of big arm outer muscle board is bent and forms rear extension section A, the other end of rear extension section A is welded with the big arm front baffle of section steel big arm front end and connects, the other end of big arm inner muscle board is welded on the lower rail of section steel big arm front end. The utility model has the following beneficial effects: big arm side plate A and big arm side plate B between the welding reinforcing support piece, for big arm side plate A and big arm side plate B realize fixed effect, utilize reinforcing support piece to provide reinforcing effect simultaneously, improve the strength of forearm frame when using.

This invention discloses a method and application for the simultaneous collection of autologous hematopoietic stem cells (PSCs) and platelet-rich plasma (PRP), relating to the field of medical blood component separation and collection technology. Under a first centrifugation speed and a first anticoagulant ratio, the method monitors a first preset color and a first preset thickness threshold of the white film layer within the centrifugation chamber. When the white film layer reaches the first preset color and the first preset thickness, PRP collection is initiated, and collection is terminated when the white film layer color changes to a first termination color. Similarly, when the white film layer reaches a second preset color and a second preset thickness, HSC collection is initiated, and collection is terminated when the white film layer color changes to a second termination color. This invention achieves integrated simultaneous collection of hematopoietic stem cells and platelet-rich plasma without interrupting the patient's blood circulation or changing collection tubing. It simplifies the complex process of traditional step-by-step collection, significantly shortens the overall collection time, effectively reduces the safety risks associated with extracorporeal blood processing, and improves the safety and smoothness of the collection process.

The invention relates to the field of road engineering slope protection equipment, in particular to drilling, anchoring and grouting integrated equipment for road engineering construction, which comprises a base, and an equipment bin is arranged on the base; the arm rod is arranged above the base, the bottom wall of the arm rod is connected with the base, an anchor rod bin is formed in the arm rod and used for containing an anchor rod, and an opening is formed in one end wall of the anchor rod bin; the supporting assembly is arranged between the arm rod and the base, is connected with the arm rod and the base and is used for adjusting the inclination angle of the arm rod; the pushing motor is slidably connected to the top end of the arm rod, and the end of an output shaft of the pushing motor is provided with a connecting piece used for connecting the anchor rod and the drill rod. The cleaning assembly is arranged at the bottom of the arm rod and used for cleaning muck in the drill hole; and the grouting assembly is arranged on the base and used for grouting the drill hole. The method has the effects that the efficiency of the slope reinforcing process is improved, and the road construction period is reasonably shortened.

This invention relates to the field of electromechanical pipeline positioning frame technology, specifically a positioning device for electromechanical pipelines in building engineering. The device includes a mounting frame with vertical and horizontal bars. The vertical bars are symmetrically positioned at both ends of the horizontal bars, and the vertical and horizontal bars are connected to form a U-shaped structure. Each vertical bar has a telescopic component at its upper end for adjusting the height of the mounting frame. This invention enables continuous adjustment of the overall length of the vertical bars to adapt to different beam heights and construction specifications, eliminating the need for custom-made vertical bars of varying lengths. This significantly improves the overall versatility and adaptability of the device. Operators can adjust and lock the height on both sides at once, simplifying the complex process of adjusting both sides separately and repeatedly measuring levelness, thus reducing the time spent on repeated corrections.

This application provides a Mueller matrix-based microscopic imaging system and method, relating to the field of optical microscopic imaging technology. The image acquisition module's acquisition control unit can precisely control the polarization state generation module and analysis module to switch to different polarization state combinations, and synchronously trigger the sCMOS camera to acquire light intensity images. This automated synchronization mechanism effectively improves the system's measurement efficiency and data consistency. The data processing module reconstructs the sample's Mueller matrix based on the acquired light intensity images and further extracts key linear polarization characteristic parameters, including linear dichroism and its azimuth angle, and linear phase delay and its azimuth angle. This technical solution not only simplifies the complex process of traditional Mueller matrix measurement but also avoids information redundancy when measuring linearly anisotropic materials by directionally extracting linear polarization information, thereby significantly reducing system complexity and measurement costs, and improving the specificity and effectiveness of material microstructure characterization.

The utility model discloses a kind of poultry slaughter line hangers, including left half hanger, right half hanger and hanger, the bottom of left half hanger and right half hanger is fixedly connected with fixed block, one group inside the fixed block is sleeved with fixed sleeve, the inside sliding connection of fixed sleeve is limited component, the inside of hanger middle part is fixedly connected with cross bar, the surface sliding connection of cross bar has adjustment component, the sliding rod that the limit component includes sliding connection in fixed sleeve interior, the surface of sliding rod is sleeved with limit ring, the side fixedly connected with support spring of limit ring;The adjustment component includes the pressure rod sliding connection in the surface of cross bar, the side rotationally connected with adjustment bolt of pressure rod.The utility model is equipped with the setting of limit component, reach the effect of convenient disassembly and assembly hanger, simplify the complex process of traditional bolt fixation, greatly reduce disassembly and assembly time and manpower cost, improve the installation efficiency of hanger.

The invention discloses an insulating baffle plate for replacing a middle-phase upper lead of a disconnecting link in hot-line work and an installation method. The insulating baffle plate for replacing the middle-phase upper lead of the disconnecting link in the hot-line work comprises a middle-phase disconnecting link shielding cover, a middle-phase strain insulator shielding cover, a first side-phase insulating assembly, a second side-phase insulating assembly and a moving contact shielding cover, the middle-phase strain insulator shielding cover is arranged above the middle-phase disconnecting link shielding cover; the first side phase insulation assembly comprises a first insulation baffle plate, a second insulation baffle plate and a third insulation baffle plate which are connected in sequence, and the first insulation baffle plate, the second insulation baffle plate and the third insulation baffle plate are all arranged on one side of the middle phase knife switch shielding cover; the second side phase insulation assembly comprises a fourth insulation baffle plate, a fifth insulation baffle plate and a sixth insulation baffle plate which are connected in sequence; the fourth insulation baffle plate, the fifth insulation baffle plate and the sixth insulation baffle plate are all arranged on the other side of the middle phase knife switch shielding cover; and the moving contact shielding cover is arranged below the middle-phase disconnecting link shielding cover. The installation method is based on the insulation baffle plate.

The invention discloses a preparation method of foam metal, and belongs to the technical field of porous metal preparation. The method comprises the following steps: forming a single-layer foam half-hole structure by a metal sheet through a mold pressing process, and carrying out closed hole combination after surface treatment and functional material filling to form a single-layer foam structure; and the single-layer foam structures are stacked and combined in a three-dimensional space, and the foam metal is obtained. Metal sheets made of different materials are selected according to product purposes, and different types of molds are selected for die forming according to the shapes of the air holes and the materials of the metal sheets; different surface treatment processes or functional materials are selected for filling according to product purposes, and the single-layer foam structures are combined in a welding mode, a riveting mode, a gluing mode, a high-temperature sintering mode and the like. The size and shape of the air holes are effectively controlled through mold design, the process period is greatly shortened, functional material filling can be achieved in the air holes, and a single-layer foam half-hole structure can endow the foam metal with a new function through surface treatment.