176results about How to "Quick tag" patented technology

In an embodiment, different aspects of a packet header and data included in the packet are singled out for attention, rather that just the four byte IP destination address. Different information is included in nodes of the trie that enables matching and branching on different header fields. In an embodiment, the ACL of a configuration file in a router or switch is compiled into a trie data structure located in the memory of the router or switch. In an embodiment, a trie data structure is used to map a multicast packet header by a sequence of nodes that match on destination address or source address.

The invention discloses an integrated microfluidic sensing chip and a method for detecting microfluid. The integrated microfluidic sensing chip comprises a rigid polymer substrate, a polydimethylsiloxane circulating layer and a surface plasma resonance sensing sheet. Tested objects flow through a filter micro column of a filter passage of the polydimethylsiloxane circulating layer to be filtered and separated, and the tested objects which do not pass through the filter micro column enter a waste liquid passage and are discharged from a waste liquid outlet. The tested objects which pass through the filter micro column separation enter a sensing detection passage of the chip to react with specific biological molecules on the surface plasma resonance sensing sheet, and the surface plasma resonance sensing sheet carries out labeling-free and real-time quantitative detection for the biochemical reaction on the chip. The method integrates sample filtration and pretreatment, separation and labeling-free sensing detection, and has the characteristics of high integration degree, simple operation, high detection sensitivity, labeling prevention and little sample consumption. The integrated microfluidic sensing chip and the method are suitable for clinical diagnosis and analysis for body fluid containing complex components such as blood, urine, spit and the like.

A system for processing containers, includes a sensor for sensing contents of a closed container, an identifier applicator for applying, based on an output of the sensor, a predetermined identifier to the container, a controller for controlling the sensor and the identifier applicator, and a read-out device for reading the identifier and communicating a result of read-out of the identifier to the controller.

Reagents comprising MS active, fluorescent molecules with an activated functionality for reaction with amines useful in tagging biomolecules such as N-glycans and uses thereof are taught and described.

A measuring device includes a square ruler body provided with a plurality of scales, a plurality of marking lines, and a plurality of counting numbers. Each of the counting numbers has a corresponding numeral which is located under the respective the counting number for measurement of different directions. Thus, the measuring device is used to measure the size of the workpiece at any direction and any start point, thereby greatly saving the measuring time and the manual work. In addition, the counting numbers have a two-dimensional corresponding manner so that the measuring device can obtain the size of the workpiece instantaneously from left to right or from right to left without having to rotate or change the direction of the ruler body.

Reagents comprising MS active, fluorescent molecules with an activated functionality for reaction with amines useful in tagging biomolecules such as N-glycans and uses thereof are taught and described.

Reagents comprising MS active, fluorescent molecules with an activated functionality for reaction with amines useful in tagging biomolecules such as N-glycans and uses thereof are taught and described.

The invention discloses a reticular cell detect reagent and the testing method thereof, and the reagent and the method can be applied to an apparatus based on the streaming technical principle to count accurately the analyzing reticular cell in blood specimen. The reagent and the method of the invention adopt a novel red fluorescence excitation dye which is used for marking RNA in the reticular cell, and the rapid sign of RNA in the reticular cell can be realized under the environmental temperature through a matched sphericize reagent system.

The invention discloses a rib marking method, device and equipment and a training method of an image segmentation model, and the method comprises the steps: obtaining a to-be-identified image; Whereinthe image to be identified comprises a CT image; Inputting the to-be-identified image into an image segmentation model to obtain a segmentation result; Wherein the segmentation result comprises a ribsegmentation result and a rib center line segmentation result; And performing rib sorting and marking based on the segmentation result. According to the invention, rib adhesion and fracture conditions can be well handled, and each rib can be quickly sorted and marked.

The invention discloses KASP marker primers for detecting simultaneous SNP mutations in Ser627Asn and Val643Met of rice ALS genes. In terms of the simultaneously generated SNP mutations in the Ser627Asn and the Val643Met of the rice ALS genes, when the phenotype of the double mutant ALS genes is labeled, the sequence of the double mutant ALS genes is a new unreported gene sequence which can primarily determine the labeled material, and then accurately determine the labeled rice material throughdouble KASP markers in the genes so as to carry out quick, highly accurate and high-throughput identification of anti-acetyl lactate synthase inhibitor herbicides of the rice. When the KASP marker primers are used for molecular marker-assisted breeding of hybrid rice varieties with herbicide resistance, the results of two pairs of KASP markers are validated mutually in order to effectively remove sterile line seedlings obtained via 'Tako' selfing by spraying herbicides.

The invention discloses a neural-conduit automatic-detection algorithm based on deep learning. The algorithm adopts the following steps: step 1, reading CBCT image data, reconstructing a three-dimensional model through the CBCT image data, and automatically fitting a dental arch curve; step 2, using a manner of manual interaction to delineate a corresponding curve along the dental arch curve in the three-dimensional model, and reconstructing mandibular canals in three-dimensional space; and step 3, using the dental arch curve as a reference line to slice the three-dimensional model along the dental arch curve at an interval of a specified distance in a three-dimensional space coordinate system to obtain slicing images, recording a space position of each slicing image in the three-dimensional space coordinate system, and forming an image sequence of a three-dimensional image by all the slicing images. By using an advanced deep-learning detection model, the algorithm can adapt to patientdata of different ages and different sclerotin conditions, and thus has very high stability.

The present invention discloses a system for abnormal data identification based on a merging unit. The system comprises a mutual inductor, a collector and a merging unit. The mutual inductor collects one-time current and voltage data, performs integration conversion to form digital quantity and transmits the digital quantity to the collector; the merging unit receives sampling data sent from the collector, performs protocol conversion and sends the sample data to a protective device; and the merging unit receives sample instant data of the collector and calculated adjacent sample point instant difference of phase current and phase voltage in real time, regulates the maximum sampling value of the last cyclic wave in real time through each cyclic wave according to the sampling cyclic wave amplitude and the sampling frequency of the message sent by the collector, and repeatedly calculates the mutation threshold value according to the value, determines whether the adjacent sampling point instant difference value exceeds the mutation threshold value or not, reports the sample abnormality when the instant difference value exceeds the mutation threshold value and marks the sampling points having the instant difference value exceeding the mutation threshold value as the mutation value. The system for abnormal data identification based on the merging unit can rapidly determine the abnormal data output by the collector so as to avoid logic misjudgement of a transformer station protection control device.

The invention belongs to the field of molecular imaging reagents ad relates to an active near infrared fluorophore for rapidly marking bioactive molecules. A general formula of the active near infrared fluorophore is IRP-B-NHS, wherein IRP is an anthocyanin near infrared fluorophore; B is an aromatic group introduced to the secondary position of the anthocyanin fluorophore by virtue of a carbon-carbon bond; NHS is N-hydroxysuccinimide eater. A preparation method of the active near infrared fluorophore comprises the following steps: with the anthocyanin fluorophore as a parent, introducing benzene carboxylic acid into the fluorophore by virtue of the carbon-carbon bond through Suzuki-Miyaura reaction, modifying phenyl carboxylic acid to produce the N-hydroxysuccinimide eater, reacting with primary amine in a biomolecule under the physiological condition, and marking the biomolecule with the near infrared fluorophore to realize noninvasive tracing. The active near infrared fluorophore is capable of rapidly, safely, effectively and stably marking the bioactive molecules including polypeptide, proteins, antibodies or polymer molecules and has important significance of noninvasively monitoring and quantifying distribution of target active molecules in vivo.

The invention discloses a security and detection CT system and a method thereof. Test data of to-be-tested objects are read. At least one 3D fictional threat image is inserted in 3D test images of the to-be-tested objects, and the 3D test images are obtained from the test data. Selection of at least one area in the 3D test images including the 3D fictional threat image or at least one area in 2D test images including a 2D fictional threat image corresponding to the 3D fictional threat image is received, and the 2D test images are obtained from the 3D test images or are obtained from the test data. The selection is responded to give a feedback related to at least one 3D fictional threat image included in the 3D test images. By using the scheme, a suspected object in the CT images is conveniently rapidly marked by a user and the feedback whether the fictional threat image is included is given.

The invention relates to the technical field of weld joint detection, in particular to a flaw detection device of a round pipe type steel member. The detection device comprises a substrate for carrying a round pipe type steel member; a base is mounted on the substrate; a positioning ring sleeved to the outside of the round pipe type steel member is arranged on the base; a detecting ring coaxiallydisposed with the positioning ring is installed on the positioning ring in a rotating manner; and an ultrasonic probe and a scribing device that slide radially relative to the detecting ring and are abutted against the outer surface of the round pipe type steel member are installed at the detecting ring. According to the detection device, while the weld joint position is detected, the boundary ofthe weld joint can be marked accurately, so that the efficiency of the weld joint detection is improved effectively.

The invention relates to a flatness detecting device for an aluminum-plastic plate and a flatness detecting process for the aluminum-plastic plate, comprising a bottom plate, an adjusting device, a detecting device, and a marking device. The middle portion of the upper end of the bottom plate is provided with the adjusting device, the detecting device is mounted on the upper end of the adjusting device, and the marking device is mounted at the lower end of the detecting device. The invention can solve the problem that the existing aluminum-plastic plate detection is usually manual detection, the manual detection efficiency is low, the accuracy is low, small protrusions or depressions are not easy to find when manually detected which is prone to occur omissions, the manual detection cannotdetect curved aluminum-plastic plate, which is small in adaptation range, and the manual detection cannot mark the aluminum-plastic plate in a higher position, which is not conducive to subsequent repair and replacement. The invention realizes the functions of automatic detection and marking of the aluminum-plastic plate, and has the advantages of simple operation, good stability and fast detection efficiency.

The invention discloses intelligent sorting equipment for small-batch sheet type scattered devices. The equipment aims to solve the problem that small-batch bulk components after secondary screening of electronic components in the military industry cannot be produced by using automatic equipment. The accurate-positioning and non-destructive-picking intelligent sorting equipment for the small-batchsheet type scattered devices are designed through integrated research and development on a feeding vibration module, a mechanical sorting system, an image recognition system, a material placing module, software development and the like. According to the equipment, as a new breakthrough of intelligent manufacturing in the field of electronic assembly, under dragging by software, the feeding vibration module is driven to carry out turning-over treatment on the sheet type scattered devices, the software is switched to drive the image recognition system to realize automatic recognition and framejudgment of the sheet type components, the software commands and drives the mechanical sorting module to intelligently grab the sheet type scattered devices, accurate grabbing of 0402 packaging can beachieved, the software sets material placement to realize the high-precision array sorting and arranging of the sheet type scattered devices, and the sorting quantity and the operation period can further be clearly recorded.

The invention relates to a novel quinoline dye capable of being used as a Golgi apparatus organelle probe. In comparison of dye with a commercial Golgi apparatus organelle dye in term of imaging results in human osteosarcoma cells U2OS, the result proves that the dye disclosed by the invention can be used for targeted localization of the Golgi apparatus organelle. The dye has a great potential effect in the field of marking of the Golgi apparatus organelle.

The invention relates to a logistics cargo wireless tracking method and system based on RFID. The method comprises the steps of manufacturing an RFID electronic tag, boxing, connecting information bya deliveryman, loading, positioning, transferring, distributing and arranging in the next stage, and recovering the electronic tag. According to the system, an RFID electronic tag is used for storingcommodity information, and issuing immediate location information, the RFID electronic tag is connected with the antenna; information in the RFID electronic tag is transmitted to the reader through the antenna; the reader transmits read information to the RFID server, the RFID server transmits the information to the event manager, the event processor transmits all data to the product database, theproduct database is connected with the terminal device, and the terminal device can call the information in the database at any time. According to the invention, based on the characteristics of low cost and rapidness and high efficiency of wireless detection of RFID, real-time detection is carried out on cargos transported by logistics, and related information is published to the cloud in real time for management and monitoring of consumers and workers.