31results about How to "The labeling process is simple" patented technology

A video tagging method and a video apparatus using the video tagging method are provided. The video apparatus includes a player module which plays a video; a face recognition module which recognizes a face of a character in the video; a tag module which receives a tagging key signal for tagging a scene of the video including the character and maps a tagging key corresponding to the tagging key signal and a number of scenes including the face recognized by the face recognition module; and a storage module which stores the result of mapping performed by the tag module.

A method, apparatus, and a user interface for managing and prioritizing items in a list are provided. Each item in the list is associated with and displayed adjacent to a user interface control for flagging the associated list item. When selected, the user interface control is operative to flag the corresponding list item. Moreover, the user interface control is further operative to change its visual state to indicate that the corresponding list item is flagged. List items flagged by other users appear differently. When again selected, the user interface control is further operative to remove the flagged state for the corresponding item and to set the state of the item as completed.

A label printing station includes: a base; a label supply wheel rotatably mounted to the base for rotation about a first vertical axis of rotation; a label backing take-up wheel rotatably mounted to the base for rotation about a second vertical axis of rotation; and a label print-head assembly mounted to the base, the label print-head assembly being configured to print on a label as the label is vertically oriented. The supply wheel, the print-head assembly and the take-up wheel serially define a paper path along which a substantially continuous label backing sheet travels. The backing sheet may be supported from underneath at multiple locations along the paper path. With the printed label being vertically oriented, the label can be attached to an object, such as a vertically oriented pharmaceutical vial, which can simplify the labeling process.

The invention provides a laser marking method for increasing salt spray corrosion resistance of two-dimension codes on a surface of an aluminum alloy. A DM code bottom layer is formed by directly marking with laser on an aluminum plate substrate; a square pattern is made on wax paper by using a thermo-sensitive method; the square pattern is larger than specification of existing DM codes on the surface of an aluminum plate; electrochemical etching is carried out in a DM code area of the aluminum plate by using an electrochemical etching method with the wax paper as a template to form a layer of oxidation film having protection function, so that a DM code mark with salt spray corrosion resistance is formed. Compared with the DM code mark directly marked on the surface of the aluminum alloy with laser, salt spray corrosion resistance of the DM code mark generated by the method can be increased greatly, and the oxidation film in a marking area is controllable; the influence of the mark for part matrix out of the marking area is poor; the operation is simple; and the efficiency is higher.

The invention discloses paper card labelling equipment. The paper card labelling equipment comprises a paper card conveying mechanism which is used for conveying labelled paper cards, a label feeding mechanism which is used for conveying label paper and peeling off labels on the label paper, two paper card material bins which are symmetrically distributed along label peeling shovels, a label fetching and attaching mechanism and a paper card circulation mechanism. The paper card labelling equipment is simple in label attaching process; paper cards in the two paper card material bins can be labelled at the same time through the two label fetching and attaching heads of the label fetching and attaching mechanism; the efficiency is high; the label attaching is accurate; the label attaching force is easy to control; the yield is high; and the labor cost is reduced.

The invention relates to a labeling technique of ⁹⁹Tc^m-His10-Annexin V and the applications of the ⁹⁹Tc^m-His10-Annexin V as an imaging agent in terms of apoptosis under the condition of detecting diseases. By applying a direct labeling method, the invention utilizes SnCl₂ . 2H₂O reductant and citrate buffer to carry out ⁹⁹Tc^m labeling on His10-Annexin V. The method has the advantages of simple and convenient operation and low cost. Experiments on animals show that the injected ⁹⁹Tc^m-His10-Annexin V can clearly display the apoptosis of different tissues, such as cardiac muscle, tumor, etc., and can be applied to the diagnosis of myocardial lesions, the efficacy evaluation of tumor chemotherapy, etc.

The embodiment of the invention discloses an annotation object control device. According to the device, after annotation boxes are adopted to annotate objects in an image, control points of the annotation boxes are acquired, and a corresponding relation between the control points and the objects is established; if a mouse clicking event is monitored, a mouse position is acquired; and if it is known that the mouse position is in at least two annotation boxes through judgment, target control points closest to the mouse position in the annotation boxes are acquired, and target objects corresponding to the target control points are obtained according to the corresponding relation. According to the embodiment, the mouse position is acquired after the mouse clicking event is monitored, the target control points closest to the mouse position are calculated, and the target objects corresponding to the target control points are obtained according to the corresponding relation between the control points and the objects. Therefore, the target objects can be determined according to the mouse clicking position, the number of interactions between an annotation tool and a user is reduced, the annotation process is simpler, and meanwhile annotation time is saved.

The invention discloses an Oligo probe and a preparation method and application thereof. The preparation method comprises: mixing a first partial sequence and a second partial sequence, carrying out denaturation and annealing in a labeled deoxyribonucleotide system, and adding a DNA polymerase into the system for a polymerization reaction to obtain the Oligo probe. The first partial sequence is acommon sequence 1 connected to the end 3' of a specific oligonucleotide sequence and the second partial sequence is a common sequence 2 connected to the end 3' of a labeled sequence. The specific oligonucleotide sequence is specifically bonded to a gene to be detected and does not contain the repeated sequence. The common sequence 2 is a sequence with a modified end 3' and the common sequence 1 iscomplementary with the common sequence 2. The Oligo probe has high sensitivity and specificity and can be used for preparation of a FISH probe. The FISH probe easily enters cells and has a fast hybridization reaction rate. Through a specific hybridization buffer, the hybridization time can be shortened to 1 to 2h.

The invention discloses a labelling device. The labelling device comprises a label feeding mechanism, paper card material bins and a label fetching and attaching mechanism, wherein the label feeding mechanism is provided with label peeling shovels for peeling off labels; and the label fetching and attaching mechanism comprises label fetching and attaching heads which are located on the front sides of the label peeling shovels and are slightly higher than the upper surfaces of the labels which are peeled off by the label peeling shovels, absorption holes which are in the lower surfaces of the label fetching and attaching heads and can rightly absorb the labels and driving shafts which rotate the label fetching and attaching heads to the lower outlets of the paper card material bins so that the labels on the absorption holes are attached to the to-be-labelled surfaces of the first paper cards. According to the labelling device, the peeled-off labels are attached to the paper card in the paper card material bins through the rotating label fetching and attaching heads; the label attaching efficiency is high; the label attaching is accurate; the label attaching force is easy to control; the yield is high; and the labor cost is reduced.

The invention discloses a method and a device for labelling characteristic information of a video code stream and a method and a device for detecting the characteristic information of the video code stream. For each macroblock of the video code stream, the method for labelling the characteristic information comprises the following steps of: according to the predetermined characteristic of the macroblock, generating the corresponding characteristic information; searching and recording a specific coefficient of each sub-block of the macroblock; and according to a predetermined rule and the characteristic information, performing characteristic information labelling on the specific coefficient of each sub-block. For each macroblock of the video code stream, the method for detecting the characteristic information comprises the following steps of: acquiring first characteristic information of the macroblock; searching and recording a specific coefficient of each sub-block of the macroblock;according to a predetermined rule, performing second characteristic information extraction processing on the specific coefficient of each sub-block; and detecting whether the first characteristic information is the same as the second characteristic information. The invention has good detection rate and does not add extra cost in the video code stream detection.

The invention discloses a tumor stroma developer, which has a chemical structural formula disclosed in the invention: wherein R is hydrogen or fluorine. Compared with the prior art, the tumor stroma developer has the advantages that the tumor stroma developer shows obvious affinity to FPA, the intake amount of the tumor stroma developer for FAP high-expression malignant tumors in the tumor stroma is high, the tumor stroma developer has high sensitivity and specificity for diagnosis of the malignant tumors, and false positive does not occur easily, so that the tumor stroma developer can be effectively and safely applied to diagnosis and treatment of various malignant tumors; the half-life period is longer, the window period is prolonged, and clinical use is more facilitated.

The embodiment of the invention provides a labeling method and device. The method comprises the steps: acquiring the labeling information for a vehicle image, wherein the annotation information comprises first orientation attribute information and second orientation attribute information which are respectively annotated for at least two side edges of the vehicle, the first orientation attribute information indicates that the side edges are located at the front end or the rear end of the vehicle, and the second orientation attribute information represents the relative position of the side edge in the vehicle image; according to the first orientation attribute information and the second orientation attribute information respectively marked for the at least two side edges, determining orientation types respectively corresponding to the at least two side edges. Compared with the mode that labeling personnel directly label the orientation types of the side edges, the labeling personnel only need to label the positions, located at the front end or the rear end of the vehicle, of the side edges and label the relative positions of the side edges in the vehicle image, human cognition is better met, the labeling process can be simpler, and generated labeling data are more accurate.

The invention provides an automatic programming method, an automatic programming system and a computer readable storage medium. The automatic programming method comprises the following steps that S101, a pattern of a workpiece to be machined is obtained; s102, according to operation of a user, information labeling is conducted on the pattern of the workpiece to be machined; and S103, generating a machining program of the to-be-machined workpiece according to the pattern of the to-be-machined workpiece and the marked information. According to the automatic programming method, a programmer only needs to mark the information of the corresponding machining characteristics in the pattern of the workpiece to be machined, and the software can automatically generate the corresponding machining program after receiving the corresponding marking information. The automatic programming method is convenient and fast, the execution of mechanical repeated actions is reduced, the programming time and errors of the machined parts are reduced, and therefore fast programming of the machined parts is achieved.

The invention discloses a preparation method of a human specific gene fluorescent probe and the probe prepared by the method. According to the preparation method of the fluorescent probe provided by the invention, by extending the upstream and downstream of the position of a specific gene by 1000kb and shielding repeated sequences, primers are designed for non-repeated sequences of the specific gene, ensuring the specific primer sequence length of 20 to 30 bp, a Tm value of 60-62 DEG C, a separation between the two specific primers at least 5 bp, and the number of specific primers at least 1000, then a universal primer sequence 5'-TGTAAAACGACGGCCAGT-3' is added to the 5' end of the primers, and the primers are synthesized. The universal primer at the 5' end of the primers can be hybridizedwith a universal probe with a fluorophore so as to realize detection of human specific genes. The method is simple in steps and high in labeling stability and efficiency, and the preparation processof the specific gene fluorescent probe is greatly simplified. The human CDKN2A gene fluorescent probe prepared by the method can be used for accurately and quickly detecting the human CDKN2A gene.