34results about How to "Troubleshoot visualization issues" patented technology

An SCD file visually display and management method is disclosed. A device for implementing the SCD file visually display and management method comprises a role management part, a file management part and a visually display part. The role management part is used for setting three roles including a manager, a reviewer and a keyboarder; a range of operations allowable to each role, including SCD file uploading, deleting, checking, downloading and the like, is defined in detail; the file management part comprises a file uploading part, a file reviewing part, a file management part, a file export part and a historical edition query part; the visually display part is used for graphically displaying various kinds of information. The invention discloses the SCD file visually display and management method, and a server-client end operation mode is adopted; a user logs in via a client end and can access a server in an internal network, operations allowable to the user can be performed on SCD files stored in the server, and the user can check local SCD files offline in the client end.

The invention relates to a method for visualizing fault state monitoring. The method comprises the following steps of: 1) setting fault characteristic parameters and vector directions; 2) determining the position of a composite vector CF; 3) visualizing a plurality of characteristic parameters on a two-dimensional plane; varying the position of the determined composite vector CF with the values of the fault characteristic parameters F={f1, f2,..., fn} to realize the visualization of the plurality of characteristic parameters on the two-dimensional plane. The method is used for an operator of a digit control machine to monitor the abnormal working state of the machine and brings about solution that correctly discriminates the working state of the digit control machine in the absence of monitoring samples of the abnormal working state; furthermore the problem of the visualization of the characteristic parameters is solved, and a new method is provided for monitoring the state of the digit control machine. The method is also suitable for monitoring the state of other devices.

The invention provides a sodium ion cutting type general partition ultrafast amplification visual sensor which comprises (1) a cutting system; (2) a sPCR (Polymerase Chain Reaction) amplication system; (3) an HCR system; (4) a detection system comprising an ABTS developing solution. According to the visual sensor disclosed by the invention, by ingeniously designing primers, templates and probes, the templates can be subjected to ultrafast amplification in the presence of sodium ions, and the amplification product enables the product to form G-quadruplex in a suitable environment by promoting the HCR reaction. Furthermore, developing is performed by utilizing mimetic peroxidase activity of the G-quadruplex, the problem that the traditional PCR product is difficult in visual detection is solved, and rapid and visual detection of the sodium ion is realized. Moreover, the sensor provided by the invention has the characteristics of high specificity and high sensitivity on the sodium ions, and the detection result is objective and accurate.

The invention discloses an intelligent system for testing the fixed broadband internet quality. The intelligent system comprises an intelligent broadband client testing terminal, an intelligent mobile-phone management APP, a remote server crowd, a database and a management portal. The management portal is connected with the database, the database is connected with the remote server crowd, the remote server crowd is respectively connected with the intelligent mobile-phone management APP and the intelligent broadband client testing terminal, and the intelligent mobile-phone management APP is connected with the intelligent broadband client testing terminal. The intelligent system for testing the fixed broadband internet quality has the advantages that automation of quality testing of internet broadband is achieved, traditional artificial participation broadband testing is faultlessly replaced, the cost is low, and the efficiency is high; standardization and collecting intelligentization of testing are guaranteed, intelligentizing remote upgrading can be achieved, and the business expansibility of internet broadband testing is achieved; mobile phone APP operating is matched, self registration of a testing user is completed, the data source problem of a user bandwidth rate is solved, a geographic information map of a broadband-quality testing points is formed, and the visual problem that traditional-broadband testing points is solved.

The invention provides a visual detection method of magnesium and zinc cutting type functional nucleic acids for universal partition and ultra-fast amplification. The visual detection method providedby the invention can perform ultra-fast amplification on templates the presence of magnesium and zinc ions by ingeniously designing primers, the templates and probes, enables amplification products toform a G-quadruplex in a suitable environment, further uses peroxidase-like activity of the G-quadruplex for color development, solves a problem that traditional PCR products are hard to be detectedvisually, and realizes fast and visual detection of magnesium and zinc ions. Moreover, the visual detection method provided by the invention has the characteristics of high specificity and high sensitivity to magnesium and zinc ions, and more objective and accurate detection results.

The invention provides a cadmium ion cutting type universal type isolating superfast amplification visualization sensor. The cadmium ion cutting type universal type isolating superfast amplification visualization sensor comprises 1, a cutting system, 2, a sPCR amplification system, and 3, a detection system containing ABTS color developing solution. According to a preparation method, skilful design of primers, templates, and probes is adopted, so that in the presence of cadmium ions, template superfast amplification is realized, a G-quadruplex is formed in an appropriate environment from amplification products; and the G-quadruplex peroxidase activity is adopted in color development, so that a difficult problem in the prior art that visualization detection of conventional PCR products is difficult to realize is solved, and rapid visualization detection on cadmium ions is realized. And in addition, the cadmium ion cutting type universal type isolating superfast amplification visualization sensor is high in specificity and sensitivity on cadmium ions, so that detection results are more objective and accurate.

The invention provides a copper ion cutting type universal partition superfast amplification visual sensor. The copper ion cutting type universal partition superfast amplification visual sensor comprises: (1) a cutting system; (2) an sPCr amplification system; (3) an HCR system; and (4) a detection system containing ABTS developing liquid. A primer, a template and a probe are designed cleverly, sothat the template is subjected to superfast amplification under the existence of the copper ion; and the amplification product promotes HCR reaction, so that the product forms a G-quadruplex under the proper environment. The peroxidase-like activity of the G-quadruplex is further utilized to develop, so that the problem that the traditional PCR product is difficult in visual detection is solved and rapid and visual detection of the copper ion is realized. More than that, the sensor provided by the invention has the characteristics of high specificity and high sensitivity; and the detection result is more objective and accurate.

The invention discloses a simulation test device and method for the multi-angle inclined drilling and grouting process of coal seam floor under the action of pressure dynamic water. Aperture crack simulation device and grouting device, wherein: the test bench is used to support multi-angle drilling and different aperture crack simulation devices; multi-angle drilling and different aperture crack simulation devices are divided into multiple groups according to the drilling angle and crack size; The water source application device for the confined aquifer includes a constant pressure water pump, water pressure regulating valve, control valve and flow meter for open and closed fissures; the grouting device includes a grouting machine, safety valve, grout flushing valve, grouting channel valve, grouting Orifice selector switch and no-disassembly flush valve. The device of the invention can realize the flow simulation of the grouting process layout, the dynamic process simulation from slurry flow to diffusion, the simulation of the effect of the inclination angle of the borehole on the slurry diffusion, and the scenario simulation of the precipitation and coagulation mechanism.

The invention provides a cleavage type universal-partition ultrafast-amplification visual sensor for zinc ions. The visual sensor comprises (1) a cleavage system, (2) a sPCR amplification system, (3)a HCR system, and (4) a detection system containing an ABTS developing solution. According to the invention, primers, a template and probes are ingeniously designed, so ultrafast amplification of thetemplate can be realized in the presence of zinc ions, and an amplification product is allowed to form a G-quadruplex in a proper environment by triggering a HCR reaction; and color development is performed by utilizing the peroxidase-like activity of the G-quadruplex. Thus, the problem of difficulty in realizing visual detection of traditional PCR products is overcome, and rapid and visual detection of zinc ions is realized. Moreover, the sensor provided in the invention has the characteristics of high specificity and high sensitivity to zinc ions, and is more objective and accurate in detection results.

The invention provides a universal-partition ultrafast-amplification cleavage type functional-nucleic acid visual detection method for copper and calcium. According to the invention, primers, a template and probes are ingeniously designed, so ultrafast amplification of the template can be realized in the presence of copper and calcium ions, and amplification products are allowed to form G-quadruplexes in a proper environment; and color development is performed by utilizing the peroxidase-like activity of the G-quadruplexes. Thus, the problem of difficulty in realizing visual detection of traditional PCR products is overcome, and rapid and visual detection of copper and calcium ions is realized. Moreover, the method provided in the invention has the characteristics of high specificity and high sensitivity to copper and cadmium ions, and is more objective and accurate in detection results.

The invention provides a cutting type general partition ultrafast amplificationvisualization sensor for calcium ions. The sensor comprises a cutting system (1), an sPCR (serial port control register)amplification system, an HCR (hybridization chain reaction) system (3) and a detection system containing ABTS developing solution (4). In the sensor, a primer, a template and a probe are skillfully designed, so that the template can be ultrafast amplified under the existence of the calcium ions, and an amplified product is enabled to react by priming an HCR to form G-quadruplex in a suitable environment. Further, the sensor is used for developing by utilizing the activity of peroxidase of the G-quadruplex, the problem that the traditional PCR product is difficult in visual detection is solved,and the calcium ions are detected fast and visually. Additionally, the sensor provided by the invention has the characteristics of high specificity and high sensitivity, and a detection result is more objective and more accurate.

The invention provides a universal-partition ultrafast-amplification cleavage type functional-nucleic acid visual detection method for magnesium and sodium. According to the invention, primers, a template and probes are ingeniously designed, so ultrafast amplification of the template can be realized in the presence of magnesium and sodium ions, and amplification products are allowed to form G-quadruplexes in a proper environment; and color development is performed by utilizing the peroxidase-like activity of the G-quadruplexes. Thus, the problem of difficulty in realizing visual detection of traditional PCR products is overcome, and rapid and visual detection of magnesium and sodium ions is realized. Moreover, the method provided in the invention has the characteristics of high specificityand high sensitivity to magnesium and sodium ions, and is more objective and accurate in detection results.

The invention provides an Internet-based cross-media landmark historical event extraction and picture retrieval method. The method comprises two steps of historical event extraction and cross-media picture retrieval based on historical events. Events can be collected from tag sets of photo-sharing websites and extracted from articles in related landmark introduction websites. The extraction of events from tag sets can be realized by utilizing the frequency of each tag in time to select an optimal partition interval of the tags within the time range, obtaining a sudden weight of each tag by an age theory, and performing tag clustering on tags with high sudden weights, wherein each cluster forms an event. Cross-media picture retrieval based on events can be realized by using time constraints and event keywords to retrieve picture sets to obtain an initialized picture ranking result, establishing a model by utilizing visual mode difference between related pictures and irrelevant pictures, removing irrelevant pictures in a retrieval result, and finally establishing a reordering model by using the relativity and diversity of pictures as the constrain to find a corresponding and representative picture set for each event, so as to realize the visualization of the landmark historical events.

The invention provides a cleavage type universal-partition ultrafast-amplification visual sensor for chromium ions. The visual sensor comprises (1) a cleavage system, (2) a sPCR amplification system and (3) a detection system containing an ABTS developing solution. According to the invention, primers, a template and probes are ingeniously designed, so ultrafast amplification of the template can berealized in the presence of chromium ions, and an amplification product is allowed to form a G-quadruplex in a proper environment; and color development is performed by utilizing the peroxidase-likeactivity of the G-quadruplex. Thus, the problem of difficulty in realizing visual detection of traditional PCR products is overcome, and rapid and visual detection of chromium ions is realized. Moreover, the sensor provided in the invention has the characteristics of high specificity and high sensitivity to chromium ions, and is more objective and accurate in detection results.

The invention belongs to the technical field of grass trimmers, and discloses a grass trimmer. The grass trimmer comprises a connecting rod, a grass trimming head and an operating portion, wherein one end of the connecting rod is connected with the grass trimming head, the other end of the connecting rod is connected with the operating portion, and the grass trimming head comprises a grass trimming rope, a reel, a shell and a streamline protection structure; the reel is used for winding the grass trimming rope and can rotate around a first axis; the shell is provided with an accommodating cavity for accommodating at least part of the reel, and a threading hole for the grass trimming rope to extend out of the outer side of the shell is formed in the shell; and the streamline protection structure comprises a head part and a tail part and is provided with a through channel for the grass trimming rope to penetrate through, the head part is connected to the shell, and the through channel is used for connecting the grass trimming rope penetrating out of the threading hole and enabling the grass trimming rope to be exposed out of the tail part of the protection structure. By arranging the protection structure, the supporting and protecting effects on the grass trimming rope are achieved, the grass trimming rope can be prevented from being curled, and the risk that the grass trimming rope is broken from the root is reduced; the problem of visualization of the grass trimming rope is solved; and meanwhile, the streamline protection structure can effectively reduce pneumatic noise generated when the grass trimming rope works.

The invention relates to a method for visualizing fault state monitoring. The method comprises the following steps of: 1) setting fault characteristic parameters and vector directions; 2) determining the position of a composite vector CF; 3) visualizing a plurality of characteristic parameters on a two-dimensional plane; varying the position of the determined composite vector CF with the values of the fault characteristic parameters F={f1, f2,..., fn} to realize the visualization of the plurality of characteristic parameters on the two-dimensional plane. The method is used for an operator of a digit control machine to monitor the abnormal working state of the machine and brings about solution that correctly discriminates the working state of the digit control machine in the absence of monitoring samples of the abnormal working state; furthermore the problem of the visualization of the characteristic parameters is solved, and a new method is provided for monitoring the state of the digit control machine. The method is also suitable for monitoring the state of other devices.