34results about How to "Mark fast" patented technology

The invention discloses a preparation method of DNA functionalized quantum dots based on click chemistry and application of the DNA functionalized quantum dots in biomarker and detection, and relates to the fields of nano materials and biomedical analytical chemistry. According to the preparation method, in the synthesis process of quantum dots, DNA, of which one end is modified by azide or diphenyl cyclooctyne and the other end is modified by thiophosphate, is added to serve as a co-stabilizer of the quantum dots, and therefore, the DNA functionalized quantum dot marking reagent modified by azide or diphenyl cyclooctyne is obtained. The quantum dot marking reagent can be used for efficiently marking protease and cancer cells and can be used for biological detection and imaging analysis. On the basis of a DNA hybridization principle, the marking reagent also has important application values in the aspects of nano material self-assembly and the like. Meanwhile, compared with other fluorescence labeling reagents based on click chemistry, the preparation method of the marking reagent is simple, no chemical modification is needed, purification is easy, and the fluorescence performance of the labeling reagent is excellent.

This invention relates to image technique field and discloses one binary image connection element aim rapid label method, which comprises the following steps: a, processing initial work to direct label j into initial row and total journey number k as 0; b, scanning image j rows of data to get Zj journey for recording; c, testing whether Zj is zero, if yes, then jumping steps d, e for f; d, if not, then recording j row each journey to label to relative tree; e, total journey number adds to Zj; f, row label j plus one; g, testing whether the label is upper image height range with result of no for step b; h, if yes, then outputting journey and tree structure information.

The invention provides a cis-platinum complex, and also relates to a synthetic method of the cis-platinum complex and an application of the cis-platinum complex in preparing nucleotide and protein probes. The cis-platinum complex can be connected with fluorescein, and can also be firmly connected with DNA, RNA and proteins, so that the cis-platinum complex can be used as a connection main body of the biological probe and is suitable for marking and detecting the target DNA, RNA and protein; the cis-platinum complex is simple in marking operation procedures, and is not limited to the size of a marking molecule and not limited to a pH value of a marking mixed system; the cis-platinum complex can be widely applied to the subdivisions such as nucleotide, protein (antibody) and protein micro arrays, hybridization of comparative genome and the like; in addition, the marking efficiency is significantly improved, the marking time is shortened, the fluorescent intensity stability is improved, and the marking effect is excellent; and therefore, the application prospect in the fields such as preparation of nucleotide and protein probes, research and development of biological medicine, diagnosis of diseases and the like is good.

A method for searching a position of an electronic component is provided. A coordinate value is computed based on the position of the electronic component during the placement process of the electronic component in a circuit diagram. Then, the computed coordinate value is combined with a symbol of the electronic component to produce a position serial number. The position serial number is stored in a database. Therefor, if the layout software receives a search command, the position serial number corresponding to the search command is searched out from the database, and a coordinate block matched to the position serial number is circled. Therefore, the convenience for using the circuit diagram is promoted.

The invention belongs to the technical field of protein detection and particularly relates to a biotin-labeled ebselen probe, and a preparation method and an application of the probe. A structural formula of the probe is shown as follows as shown in the specification. The prepared ebselen biotin probe is stable in structure and simple in synthesis, and can quickly label mercaptan micromolecules; ebselen can allow a targeted protein to be covalent; the targeted protein can be enriched by biotin; and a category of the protein is identified by mass spectrography. The probe has profound influenceon investigation of a mechanism of action of ebselen.

The invention discloses a watch marking device used for marking the inner wall of a water groove of a watch. The watch marking device comprises a machine table, a laser system and a jig. The machine table is provided with a table top. The laser system is installed on the table top and comprises a laser generator and a galvanometer scan head. The jig is installed on the table top and comprises a base and an angle adjusting assembly. The base is provided with a support. The support is provided with an installation surface for installing the watch. The installation surface is provided with an installation station and a fixing assembly. The fixing assembly is used for fixing the watch. The installation station is located below the galvanometer scan head. The angle adjusting assembly is used for adjusting the angle formed between the installation surface and a laser beam. By the adoption of the technical scheme, the work efficiency of the watch marking device is improved.

The invention discloses a mung bean seeding device. The mung bean seeding device comprises a hopper, a vehicle body, a measuring mechanism and a position metering rod. The hopper is installed at the upper end of the vehicle body, and a wheel groove which communicates with the hopper is arranged in the vehicle body; a seed dropping hole is formed in the bottom of the wheel groove, and a seeding wheel is arranged in the wheel groove; a groove is formed in the side wall of the seeding wheel, and connecting shafts are arranged at two ends of the seeding wheel; the connecting shafts are rotatably connected with the side walls of the wheel groove, and the outer side wall of the vehicle body is connected with a push rod; an end of the push rod is provided with a holding rod, and one side of the holding rod is provided with a seeding rod; the seeding rod is connected with a pull rod, and one end of the pull rod is connected with the seeding rod; a rack plate is arranged at the other end of thepull rod, and a gear meshed with the rack plate is arranged on each connecting shaft; wheels are arranged on two sides of the vehicle body and connected with the vehicle body through wheel axles; andthe measuring mechanism is arranged at the front end of the vehicle body, and the position metering rod is arranged on the measuring mechanism.

The invention relates to a traffic participant position and action labeling method based on natural driving data. The method comprises the following steps of: classifying data objects, defining data attributes under each category, establishing an initial index table and a unified time axis and value of each data object classification in the initial table, keeping the time axis consistent with the time axis collected from natural driving data, setting an attribute switching mark, synchronously playing back data, acquiring actual data, automatically generating an initial index table of dynamic participants of natural driving traffic according to the actual data, filling natural environment information acquired by a public data source into the initial index table, carrying out manual correction on the automatically filled data attribute value; and reflecting the plurality of marking boxes of the marking correction area into the filled initial index table. According to the labeling method, manual checking is facilitated, the labeling speed is increased to the maximum extent, labeling errors are reduced to the maximum extent, and the errors are controlled within 0.1s.

The invention discloses an environment-friendly laser marking system with a protection function. The environment-friendly laser marking system with the protection function comprises a manual feeding and discharging and automatic feeding and discharging FPC marking equipment body, the manual feeding and discharging and automatic feeding and discharging FPC marking equipment body is provided with afront support and a rear support, the front support is connected with a material taking horizontal moving shaft, the material taking horizontal moving shaft is connected with a material taking vertical moving shaft for use, the material taking vertical moving shaft is connected with a material taking suction cup, the material taking suction cup corresponds to a discharging station, a feeding station is arranged on the lower portion of the discharging station, a marking station is arranged on the lower portion of the feeding station, the rear support is connected with a laser automatic horizontal moving shaft, and the laser automatic horizontal moving shaft is connected with a laser and a laser manual adjusting vertical shaft. The invention provides the environment-friendly laser marking system.

The invention discloses a prostatic cancer PET (polyethylene terephthalate) diagnostic reagent 68Ga-HBBED-ANCP-PSMA, a preparation method thereof and an application of the diagnostic reagent. The structural formula of the 68Ga-HBBED-ANCP-PSMA is as shown in the specification. The preparation method includes the steps: (S1) synthesizing a precursor compound HBBED-ANCP-PSMA by a solid-phase synthesis method; (S2) performing 68Ga radioactive labeling by a direct labeling method. The 68Ga-HBBED-ANCP-PSMA has the advantages of high labeling speed, high labeling rate, good stability and hydrophilcity, high sensitivity, high specificity and the like. In addition, the 68Ga-HBBED-ANCP-PSMA is rapidly removed from blood, and tumor uptake is high.