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1126results about How to "Improve labeling efficiency" patented technology

Automatic tag removing and labeling machine

The invention discloses an automatic tag removing and labeling machine, a tag removing device, a tag labeling device and a tag band conveying device are arranged on an installation panel, a tag labeling cylinder of the tag labeling device is arranged vertically on one side of the installation panel, and a tag labeling head is fixed on a piston rod of the tag labeling cylinder; a tag removing plate of the tag removing device inclines upwards and is fixedly arranged on the installation panel, and a photoelectric control switch is arranged on the upper portion of a tag removing cutter edge; a gas blowing pipe is arranged on the lower portion of the tag removing device, and a gas blowing hole faces toward the bottom of the tag labeling head; and a traction roll of the tag band conveying device is driven by a driving motor to rotate, and a rolling tension wheel is connected with the driving motor through a synchronous belt. The automatic tag removing and labeling machine ingeniously utilizes blowing to bear removed tags, transfers the removed tags, attaches the removed tags to the tag labeling head by using vacuum, adopts pneumatic pressure to label and achieves automatic cycling operation by utilizing a magnetic switch and the photoelectric control switch. The labeling efficiency is high, labeling quality is good, and the machine is suitable for highly automatic assembly line work.
Owner:JIANGNAN UNIV

Face image gender marking method and face gender detection method

The invention discloses a face image gender marking method and a face gender detection method. The detection method includes the following steps that: 1) face images and context information thereof are obtained; 2) the genders of each of obtained face images to be marked is marked; 3) feature vectors of each of gender marked images are extracted, and a machine learning algorithm is utilized to train the face images which have been subjected to gender marking so as to generate a face gender recognition model; and 4) as for face images to be detected, the feature vectors of the face images to be detected are extracted, and the face gender recognition model is utilized to perform gender detection on the face images to be detected. The gender of each of the obtained faces to be marked is marked in the following manners that: name keywords of candidates are extracted from the context information of the images, and a network is searched, and the method returns a result webpage; the genders of the images are determined according to the word frequency of gender relevant words in the result webpage; and a face image technology platform and a face attribute analysis algorithm are respectively adopted to detect the genders of the images; and the gender of the images are marked based on above recognition results. With the face image gender marking method and the face gender detection method of the invention adopted, face image marking efficiency and gender detection efficiency can be greatly improved.
Owner:BEIJING KUANGSHI TECH

Automatic vision-based labeling device for end faces of reinforcing steel bars in bundle

ActiveCN105857813AReduce the probability of missed stickersRealize on-site printingLabelling machinesMachine visionVision based
An automatic vision-based labeling device for end faces of reinforcing steel bars in a bundle comprises a positive and negative pressure supply device (1), a machine vision device (2), a label printing and stripping integrated machine (3) and a labeling unit (4). The label printing and stripping integrated machine (3) is arranged below the front of an operation object which is the reinforcing steel bar bundle and next to the reinforcing steel bar bundle. The machine vision device (2) is arranged right in front of the reinforcing steel bar bundle. The positive and negative pressure supply device (1) is arranged on the left side of the front of the reinforcing steel bar bundle. The labeling unit (4) is arranged on the right side of the front of the reinforcing steel bar bundle. According to the complete device, machine vision is used for obtaining the central coordinates of the end faces of the reinforcing steel bars in the bundle, a robot is used for conducting automatic labeling, manual intervention is not needed, management is facilitated, and a foundation is laid for achieving internet+ intelligent production of iron and steel plants.
Owner:HEBEI UNIVERSITY OF SCIENCE AND TECHNOLOGY

Method and device for generating three-dimensional data, apparatus and storage medium

The embodiment of the invention discloses a method and a device for generating three-dimensional data, an apparatus and a storage medium. The method comprises the following steps: obtaining a contourinformation labeling result of a target object in a two-dimensional image; Calculating a depth of field of the target object and a three-dimensional orientation of the target object according to the outline information labeling result and a standard three-dimensional size of the target object; Determining three-dimensional coordinates of the reference two-dimensional image point according to two-dimensional coordinates of the reference two-dimensional image point in the two-dimensional image in the target object and the depth of field; Generating three-dimensional data matching the target object according to the three-dimensional coordinates of the reference two-dimensional image point and the three-dimensional orientation of the target object. The technical scheme of the embodiment of theinvention can reduce the cost of the three-dimensional annotation and improve the efficiency of the three-dimensional annotation.
Owner:APOLLO INTELLIGENT DRIVING (BEIJING) TECHNOLOGY CO LTD

Vehicle following distance automatic recording system and method

The invention provides a vehicle following distance automatic recording system and method. The vehicle following distance automatic recording system comprises multiple vehicle following distance recording units. All the vehicle following distance recording units are distributed at a monitored road according to preset distance. Each vehicle following distance recording unit comprises a supporting vertical rod. A supporting transverse rod is fixedly installed at the top end of the supporting vertical rod. The supporting transverse rod is provided with radar, at least one video camera, a light supplementing lamp and a controller. The vehicle following distance automatic recording system and method have the following advantages that (1) the monitoring recording system of combination of radar and the video cameras is adopted so that illegal vehicle position information and corresponding vehicle speed information and other driving information can be automatically recorded, the illegal vehicle position information and the corresponding vehicle speed information and other driving information can be marked on the snapshot images, and thus the vehicle illegal state can be visually and accurately reflected and sufficient legal basis can be provided for evidence obtaining and punishment of illegal vehicles.
Owner:上海新中新猎豹交通科技股份有限公司

Method for video labeling and device for video labeling

InactiveCN103065300AReduce image information lossImprove efficiencyImage analysisKernel density estimationVideo processing
The invention discloses a method for video labeling and a device for video labeling and belongs to the field of video processing. The method for the video labeling comprises carrying out a shot segmentation to a video; extracting a key frame assembly in each segmented shot; extracting relevant low layer eigenvectors of each key frame assembly; using semi-supervised kernel density estimation arithmetic to label each unlabeled sample with a category label and labeling key frames corresponding to the unlabeled samples with category. Due to the fact that the eigenvectors combined by various low layer characteristics of an image are adopted to represent the key frames, and loss of pattern information is reduced. The semi-supervised kernel density estimation arithmetic is used for labeling each unlabeled sample with a category, unlabeled data is leaded to a kernel density estimation, feature information of the labeled samples and unlabeled samples are comprehensively applied, and efficiency of video labeling and accuracy of kernel density estimation are improved.
Owner:ANKE SMART CITY TECH PRC
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