26results about How to "Reusable" patented technology

This invention discloses a G4-DNA tetrahedral probe electrode, its preparation method, applications, and application methods. This invention utilizes four DNA strands to self-assemble into a DNA tetrahedral structure based on Watson-Crick hybridization. The DNA tetrahedron and G4 strand can be connected to the electrode based on the interaction between thiol groups and the gold electrode, and complementary base pairing. The addition of the DNA tetrahedron, through the construction of a reasonable probe density, further improves the detection sensitivity. This invention utilizes square wave voltammetry for electrochemical detection of malachite green. The content of malachite green can be determined based on the strength of the current signal of its characteristic peak. Rapid detection of malachite green can be achieved in a short time, with a minimum detection concentration of 3.65 μg / kg, showing potential for on-site detection. Six repeated tests using this electrode yielded almost identical detection signals, indicating that the electrode has good reusability and stability.

The utility model relates to a concave-convex splicing assembly type wall body, the wall body comprises daughter boards (1) and corner splicing pieces (2), the two opposite sides of each daughter board (1) are respectively provided with a splicing clamping opening (1-1) and a splicing clamping groove (1-2) which are used for splicing, and the adjacent daughter boards (1) can be spliced in a plane mode through the splicing clamping openings (1-1) and the splicing clamping grooves (1-2); the corner splicing pieces (2) comprise right-angle bending splicing pieces (2-1), acute-angle bending splicing pieces (2-2) and obtuse-angle bending splicing pieces (2-3) which are used for right-angle corner splicing, acute-angle corner splicing and obtuse-angle corner splicing of the adjacent daughter boards (1); the daughter board (1) is provided with preformed holes (1-3) used for being matched with self-tapping screws to achieve fixation. Compared with the prior art, the sound insulation wall has the advantages that the problem of sound leakage generally existing at the splicing position of a traditional assembly type wall can be effectively solved, the sound insulation amount of the splicing position is equivalent to that of the wall, adjustment can be carried out according to the design requirements of close splicing or masking seams, and the sound insulation wall has the attractive effect and flexible design.

The application discloses a kind of wind turbine mixed tower tower cylinder water seepage monitoring system, method and wind turbine, including water seepage sensing unit, control unit, alarm unit and server, the water seepage sensing unit is arranged in spiral shape on tower cylinder inner wall from bottom to top, the control unit is electrically connected with water seepage sensing unit, the alarm unit and server are electrically connected with control unit respectively, utilize control unit real-time acquisition water seepage sensing unit inside current, when tower cylinder inner wall appears water seepage, short circuit occurs in water seepage sensing unit inside, control unit judges water seepage according to the loop current change of water seepage sensing unit and outputs alarm signal to alarm unit, and then according to the current size calculates water seepage distance, by server according to water seepage distance, tower cylinder and sensing line arrangement model is positioned to tower cylinder water seepage position.The application can long-term, comprehensive and effective real-time monitoring to tower cylinder rain water seepage situation, if water seepage is found, timely alarm and positioning water seepage position, it is convenient to check rectification.

The embodiment of the present application provides a kind of test equipment and photovoltaic module test method, test equipment is used to test photovoltaic module, test equipment includes: pressure detection unit, including at least one pressure sensor, set to the front of photovoltaic module, pressure sensor is configured to measure the wind pressure that photovoltaic module surface bears;Displacement detection unit, including at least one laser displacement sensor, laser displacement sensor is configured to correspond to the back of photovoltaic module setting, laser displacement sensor is configured to determine the displacement information of photovoltaic module;Data processing unit, with pressure sensor and displacement sensor electric connection, data processing unit is configured to collect wind pressure and displacement information, and by wind pressure and displacement information, determine the corresponding relationship between wind pressure and the structural response of photovoltaic module.The test equipment disclosed in the present application realizes the direct correlation test of wind pressure and structural response under real wind environment, avoids the defects that prior art cannot reflect real wind field.

The invention discloses a method and device for recognizing and reconstructing vector characters of a CAD drawing, and relates to the technical field of data processing. The method comprises the steps that a PDF file is analyzed, and vector elements and attribute information of the vector elements are extracted; character stroke candidate lines are screened out according to attribute grouping; carrying out connectivity analysis and density-based spatial clustering on the lines, and identifying a text region; rendering the vector lines of the text region into an image with high resolution, carrying out single character segmentation, and recognizing characters by combining drawing-level font library template matching with a single character recognition model; combining the single characters into word groups according to the positions and the context information, and performing word order correction by adopting a language model; the recognition result is written back into an editable CAD text object; according to the method, vector geometric information is directly utilized, distortion of bitmap sampling is avoided, the small character recognition rate and the anti-jamming capability are effectively improved, and end-to-end semantic recovery from vector lines to searchable and editable texts is achieved.

The utility model relates to a kind of sample preparation mould for liquid crystal encapsulation frame glue hardness test, belong to liquid crystal encapsulation frame glue testing technical field, sample preparation mould includes sample preparation layer, release layer and pressure cover layer, the sample preparation layer is structured as plate structure, and the center is provided with through-hole;Release layer is set to two pieces, respectively laid in the upper and lower two sides of the sample preparation layer;Pressure cover layer, set to two pieces, respectively laid in the other side of the release layer.The sample preparation mould for liquid crystal encapsulation frame glue hardness test provided by the utility model uses common material in each combination layer, and the manufacturing cost is low, and the mould can be repeatedly used;Through the sample preparation mould, the thickness of frame glue coating can be made consistent, shape is neat, UV curing effect is good, and easy to release.

The utility model belongs to the technical field of high performance liquid chromatographs, and discloses a high performance liquid mobile phase inlet filter protection device which comprises a solvent bottle cap, a straight triangular prism protection sleeve arranged below the solvent bottle cap, and an upper cover arranged outside the straight triangular prism protection sleeve through a hinge, the straight triangular prism protective sleeve and the upper cover are both made of transparent acrylic materials, through the design of the straight triangular prism protective sleeve and the upper cover, when a mobile phase needs to be added or replaced, an operator opens the upper cover and holds the solvent bottle cover by hand to enable the inlet filter to be aligned with the opening and stably insert the solvent bottle cover, and in the process, the solvent bottle cover is opened. The high-performance liquid phase inlet pipe and the inlet filter are always located in a closed space of the straight triangular prism protective sleeve, the protective sleeve effectively isolates dust, particles and other pollutants in the external environment, a physical barrier is formed, the risk that the filter is polluted is greatly reduced, and therefore the cleanliness of the filter is guaranteed, and the service life of the filter is prolonged. The stability of an instrument sampling system and the accuracy of an analysis result are maintained.

The utility model provides an oral soluble film package which comprises a box body, a plurality of bag bodies connected in an S shape through tearing lines are arranged in the box body in a split mode, a rotatable pressing roller is arranged on the inner side of the box body, one end of each bag body extends through a gap between the pressing roller and the box body, and the box body is provided with an opening so that at least one bag body can be partially exposed. Through the press rollers and the S-shaped arrangement design, successive extraction of the bag bodies is achieved, and adhesion or pollution is avoided. And structures including a connecting sheet, an isolation plate, a detachable side cover and the like are further improved, so that the sealing performance and the use convenience are improved. The medicine taking device is suitable for children, elderly patients and other scenes needing convenient medicine taking.

This invention belongs to the field of construction. It discloses a high-performance adhesive for impregnating carbon fibers and its curing method. The adhesive consists of 100 parts by weight of water glass, 50-100 parts by weight of a concrete interface treatment agent, and 1-2 parts by weight of a defoamer. The carbon fibers are impregnated in the adhesive for 10 minutes, then removed, straightened, and fixed. The curing time is no less than 3 days within the range of 5-25°C, and no less than 2 days above 25°C. After curing, this high-performance adhesive exhibits excellent water resistance, alkali resistance, and high-temperature resistance. Therefore, carbon fiber bundles impregnated with this adhesive, even after immersion in water or alkaline solutions, or in high-temperature environments, can maintain their mechanical properties unchanged.

The application discloses a pump gate pre-embedded part positioning device, and relates to the technical field of gate pre-embedded part installation of a pump gate system. A support plate longitudinal connecting rod is vertically connected with a base. The upper end of the support plate longitudinal connecting rod is sequentially connected with one end of a side support lower arm, a side support middle arm and a side support upper arm. The other end of the side support lower arm and the other end of the side support upper arm are respectively connected with a side support plate 1. The other end of the side support middle arm is connected with a side support plate 2. A support plate transverse connecting rod is connected between the side support plate 1 and the side support plate 2. The application adopts a single-piece combination form, is convenient to carry and is convenient to reuse. The support plate transverse connecting rod can adjust the positioning device to be applicable to pre-embedded part installation of gate slots with different widths. The support plate longitudinal connecting rod combination can be applicable to pre-embedded part installation of gate slots with different heights.

The disclosure relates to a kit of blanks, and a package (200) formed by such a kit of blanks, wherein the kit of blanks comprises a first blank (1) configured to form a package and a second blank (2) configured to form a closure strap (400) aiding in keeping the package closed, wherein the first blank comprises a bottom panel (10), a rear wall panel (20), two sets of side wall panels (30, 40), a lid panel (50), a first front panel (60), and wherein the second blank comprises an elongated body part (300) comprising a first and a second connection portion (310, 320) being configured to be connected to each other such that the elongated body part forms a continuous loop, wherein the first blank comprises a first slit (51) allowing the elongated body part of the second blank to extend into the package formed of the first blank and alongside an inside of the lid panel, and a second slit (52) allowing the elongated body part of the second blank to extend out from the package formed of the first blank.

The application discloses a vehicle assembly space checking method and related equipment, and relates to the technical field of vehicle assembly. The method comprises the following steps: obtaining bill of materials data and to-be-detected assembly data of a target vehicle model; based on a preset multi-modal process knowledge base, corresponding target tool models are matched for to-be-detected parts in the bill of materials data, wherein the preset multi-modal process knowledge base is a semantic association database constructed based on a part geometric feature vector, a tool envelope parameter vector and a process constraint rule vector; based on the to-be-detected assembly data and the target tool models, batch space path planning and interference checking are performed on each to-be-detected part, and checking results for the to-be-detected parts are generated. According to the application, semantic matching of parts and tools is realized based on structured assembly data and a multi-modal vectorized process knowledge base, batch path planning and space interference checking are performed on multiple to-be-detected parts, and the automation degree, matching accuracy and processing efficiency of assembly space checking can be improved.

This invention discloses a device and method for preparing a solid electrolyte membrane based on Joule heating technology, belonging to the field of battery materials technology. The device includes a main body; a Joule heating element is disposed in the inner cavity of the main body; several slide rails are disposed on both sides of the Joule heating element, and the slide rails are fixedly connected to the inner wall of the main body; a temperature sensor that can slide vertically is disposed on the slide rail; the Joule heating element includes a heat-insulating sleeve, which is a hollow cylindrical structure with open ends; a detachable support is connected to the bottom of the heat-insulating sleeve; a semi-circular positive electrode interface and a negative electrode interface are respectively connected to both sides of the heat-insulating sleeve; pressure relief and temperature measurement holes are also provided on the side wall of the heat-insulating sleeve; an internal thread is provided on the upper inner wall of the heat-insulating sleeve for threaded connection with a pressure head; a ceramic preform is installed in the inner cavity of the heat-insulating sleeve; pads are disposed on both sides of the ceramic preform. This invention can achieve rapid densification and crystallization of the ceramic preform to obtain a high-performance solid electrolyte membrane.

The application provides a macroporous adsorption resin for extracting and enriching rubidium and cesium and a preparation method thereof. The macroporous adsorption resin is modified with specific adsorption groups on the skeleton structure, and is prepared in two steps. In the first step, a resin precursor containing specific reaction groups is prepared through polymerization. In the second step, the specific adsorption groups are introduced on the skeleton structure of the resin through the reaction of the reaction groups with t-butyl phenol. The prepared macroporous adsorption resin has the advantages of high selectivity, high adsorption capacity, reusability, simple operation and no organic pollution in the extraction and enrichment of rubidium and cesium.

The invention provides a power distribution cabinet operation state real-time monitoring method and system based on edge calculation, and relates to the technical field of data processing, and the method comprises the steps: taking the change relation of the operation states between adjacent sampling points as a connection condition to form a state segment, extracting a change direction sequence and a change amplitude sequence of each operation data in the state segment, determining the type of the operation data with the highest contribution degree as a main disturbance source, calculating the disturbance intensity of the main disturbance source, obtaining a state disturbance index, determining the starting and ending boundaries and peak shape parameters of each disturbance pulse unit, and calculating the state disturbance index; and identifying boundary intervals and peak shape differences of adjacent disturbance pulse units, fusing peak position migration directions and peak shape expansion directions of the disturbance pulse units, calculating a change trend of the operation state of the power distribution cabinet, obtaining a state evolution index, analyzing the current operation state of the power distribution cabinet, and obtaining operation state judgment data. Through state judgment on the edge side of the power distribution cabinet, the operation state of the power distribution cabinet can be analyzed in real time.

This application provides a cabin molding device and system for a seated exercise device. The cabin molding device includes a cabin molding assembly and a low-temperature thermoplastic sheet. The cabin molding assembly includes a molding chair and a fixing component. The molding chair has a seating area; the fixing components have fasteners distributed at different positions within the seating area. The low-temperature thermoplastic sheet, after softening, is fixed to the seating area by multiple fasteners and is configured to mold the user's buttocks and legs for cabin fabrication. The cabin molding device provided by this application enables automatic and rapid molding for disabled individuals using a low-temperature thermoplastic sheet, which not only helps improve cabin fabrication efficiency and reduce the need for specialized technical skills, but also features reusability, easy adjustment, and environmental friendliness.

This application provides a retrieval method, electronic device, storage medium, and program product, relating to the field of operation and maintenance data processing technology. The retrieval method includes: acquiring a vector knowledge database corresponding to a target document set and real-time status data of a target intelligent operation and maintenance scenario; then, breaking down an initial question into multiple sub-questions and performing intent judgment to determine a retrieval target set; performing preset similarity matching based on the retrieval target set to obtain a first text block set; then, acquiring real-time status data of the target intelligent operation and maintenance scenario; fusing the real-time status data, the first text block set, and the general knowledge of a preset base large language model to construct structured prompt words and generate an initial answer; evaluating the initial answer and outputting a standardized question processing result. Therefore, this application can effectively fuse target document data with real-time operation and maintenance status data, improving the accuracy of the generated retrieval answer.

The invention relates to a double-layer photovoltaic integral structure support which comprises four supporting assemblies, each supporting assembly comprises a bearing base, and a first-layer fixed joist assembly, a guide frame, a second-layer movable bracket assembly and a winch driving system are arranged on each bearing base. The first-layer fixed joist assembly is used for bearing a first-layer photovoltaic assembly; the middle lower part is arranged between the two stand columns; a guide frame is arranged above the first layer of fixed joist assembly; and a second-layer movable bracket assembly is arranged above the guide frame and is used for bearing an opening and closing bearing structure of a second-layer photovoltaic assembly. The double-layer photovoltaic integral structure support is used for supporting and transporting a double-layer offshore photovoltaic integral structure, an installation support does not need to be additionally set up after the double-layer photovoltaic integral structure arrives at a site, the double-layer photovoltaic integral structure support can be directly in butt joint with a seabed pile foundation or a floating body structure, and the double-layer photovoltaic integral structure support can be assembled immediately after being transported to the site, so that high efficiency and convenience of the double-layer photovoltaic integral structure support are reflected; extra transfer equipment is not needed, offshore operation links are reduced, the construction efficiency is improved, the supporting frame can be repeatedly used, and the equipment investment cost is reduced.

This invention relates to a sintering machine trolley elastic slide travel detection and reset system and method, belonging to the field of metallurgical technology. It includes a sintering machine trolley, with its base fixed to an elastic slide. The elastic slide is connected to a sealing oil plate via a support spring. A travel detection mechanism is installed above the sealing oil plate, electrically connected to a controller. The controller is electrically connected to a main control display and a reset actuator. The travel detection mechanism detects the reset status of the sealing oil plate and transmits the data to the controller. If the sealing oil plate fails to reset normally, the controller controls the actuator to force the sealing oil plate to reset, and transmits the data to the main control display in real time. This invention can automatically detect the working status of the elastic slide and accurately reset abnormal elastic slides, effectively avoiding accidents caused by fixed slide breakage due to elastic slide abnormalities. This greatly improves the stability of the sintering machine trolley operation and further ensures production efficiency.

The invention discloses a section scanning electron microscope sample suitable for a metal micro guide wire and a preparation method of the section scanning electron microscope sample. Belongs to the technical field of material microscopic analysis. The preparation method comprises the following steps: fixing the metal micro guide wires by constructing conductive rigid clamps, filling conductive adhesives among the conductive rigid clamps, and arranging a plurality of metal micro guide wires among the conductive adhesives; the metal micro guide wires are exposed out of the two ends of the conductive rigid clamp by 0.5-1.5 cm; and the diameter of the metal micro guide wire is 45-500 microns. The invention provides a preparation scheme of a metal microwire section scanning electron microscope sample, which is simple to operate and does not need any large equipment, and provides a rigid and conductive support system capable of performing directional electrolytic polishing for a soft and fine metal wire on the premise of not introducing external stress, not polluting the sample and not using expensive equipment. Therefore, the scanning electron microscope samples are efficiently prepared in batches at low cost, and the high-resolution characterization requirement is met.

This application relates to the field of catalytic conversion technology of organohalides, specifically disclosing a catalytic disproportionation reaction method for chlorofluorocarbons. The method includes the following steps: using two or more chlorofluorocarbons with different chlorine / fluorine atom numbers as raw materials, and reacting them in a closed reactor in the presence of aluminum chlorofluoride and / or amorphous aluminum fluoride catalyst at a temperature of 50-400℃ and a pressure of 0.1-5MPa for 1-24 hours, causing directional transfer and recombination of chlorine and fluorine atoms between the raw material molecules to generate a target product with a chlorine / fluorine atom number between that of the raw materials; wherein the aluminum chlorofluoride has the chemical formula AlCl₂. x F 3‑x 0 < x < 3; the chemical formula of the amorphous aluminum fluoride is AlF3·nH2O, where n is 0 or a positive integer. The target product is generated with high selectivity by promoting the exchange of chlorine / fluorine atoms between different CFC molecules through aluminum chlorofluoride and / or amorphous aluminum fluoride catalysts.

The invention belongs to the technical field of efficiency simulation evaluation, and discloses a custom-supporting efficiency evaluation method, system, device and medium, the method comprises the following steps: recording source data and simulation information during simulation operation in real time, and updating a source database and a main database in real time according to a simulation process; the simulation information and the corresponding source data are read and preprocessed; after the preprocessing is completed, summarizing the preprocessing results, and storing the summarized preprocessing results into an independent preprocessing data file; the preprocessed source data is obtained through the source data interface service to be analyzed and processed, and evaluation result data is uploaded to a server; and the evaluation page obtains evaluation result data returned by the self-defined evaluation algorithm script from the server, and analyzes and renders the evaluation result data by using the page template. According to the method, a unified data management architecture is established, and a mode of'master library metadata + independent simulation database 'is adopted, so that data isolation is ensured, and quick retrieval is supported.

The application provides a modeling method, device, medium and product of a ground-air communication system, the method comprising: obtaining communication configuration parameters of the ground-air communication system, and dividing a target ground-air communication network in the ground-air communication system into multiple communication parts including a transmitting end part, a channel part and a receiving end part, and obtaining communication measurement parameters of each communication part; estimating communication data corresponding to each communication part based on the communication configuration parameters and the communication measurement parameters of each communication part; and constructing a communication model of the ground-air communication system based on the communication data corresponding to each communication part; wherein the application obtains the communication configuration parameters, divides the ground-air communication network into the transmitting end part, the channel part and the receiving end part, obtains the communication measurement parameters of each part for segmented calculation, realizes large-scale modeling, can provide accurate link performance estimation results, and further improves the reliability and performance of the system.

The utility model relates to the technical field of packaging boxes, in particular to a packaging box capable of quickly assembling a pulley structure, which comprises a bottom supporting assembly, a sliding supporting piece positioned at the top of the periphery of the bottom supporting assembly, a first sliding clamping plate, a second sliding clamping plate and walking pulleys, reinforcing rods are connected to the positions, close to the top corners of the outer wall of the periphery, of the bottom supporting frame, a supporting bottom plate is connected to the inner bottom of the periphery of the bottom supporting frame, and the bottom of the supporting bottom plate is connected with the bottom supporting frame through evenly-arranged reinforcing ribs; a fastening groove is formed in the inner wall, on one side of each sliding groove, of the bottom supporting frame, and a fastening bolt is arranged in each fastening groove; according to the packaging box, rapid assembly and disassembly can be achieved without tools, the packaging box can be folded and stored when goods are not loaded, occupied space is greatly reduced, and space resource utilization in the storage and transportation process is facilitated.