294results about How to "Will not miss" patented technology

The invention involves the fruit detector set and the method, it is composed by the fruit turns over transportation part, the computer vision recognition part and the fruit graduation movement part.Its characteristic lies in, the computer vision recognition part,it has three by line scan color photograph system, an illumination box, two electro-opticals sensor, a synchromesh,the high speed data communication module, control module and corresponding software combination.The fruit highly speed transports and circles the horizontal axis to do free rotation, guaranteed when it through computer vision recognition part the fruit can turn over about 240; The computer vision recognition parts through three photographs systems, gathers 9pictures to each fruit, fuses these picture information, withdraws the quality characteristic information, again uses the recognition software union knowledge library fruit shape, the size, the color, the flaw and so on the complete outward appearance quality examination, and usest he control module to control fruit graduation movement.Its is very convenient to discriminate fruit stalk of the fruit and the fruit calyx,enhances fruit's examination precision to the shape and the size and the flaw.

The invention is applied to the field of a mobile phone, and provides a method for intelligently controlling the answer mode of the mobile phone and the mobile phone. The method comprises the following steps of: detecting the moving speed of the mobile phone when incoming calls are received; and when the moving speed of the mobile phone is greater than or equal to a predetermined speed, judging that the mobile phone is in a vehicle-mounted moving mode, wherein the mobile phone answers according to the answer mode configured by a user. The method for intelligently controlling the answer mode of the mobile phone and the mobile phone, provided by the invention, aim to judge that the mobile phone is in the vehicle-mounted mode so as to answer automatically according to the mode configured by the user when the user drives a vehicle. The potential safety hazards can be reduced through the method for intelligently controlling the answer mode of the mobile phone and the mobile phone. Meanwhile, the condition that important calls are missed due to the fact that the user is inconvenient to answer calls when driving the vehicle can be avoided.

The invention discloses a method for reconstructing real-time three-dimensional face data with multiple images. The method includes the following steps: constructing shooting systems of eight cameras; performing multi-camera calibration; performing image matching, to be more specific, calculating global matching points of an ith group of images, and calculating accurate matching points of the ith group of images; calculating three-dimensional face coordinates via the matching points and a projection matrix of the cameras, to be more specific, imaging an object point on the third image of the ith group, and taking an intersection of three projection lines as the object point so as to complete reconstructing of the real-time three-dimensional face data. The face data obtained in the method are global, dense and real-time and can be used directly, and the method can be widely applied to the fields such as the animation industry, computer 3D (three-dimensional) games, human-computer interaction, identity recognition, medical virtual surgery, videophones, face recognition, face expression, age simulation, film and TV advertising production and computer cognition.

The invention relates to a key detection method and a device. The method is characterized by comprising the following steps: detecting a key to acquire a key signal; and carrying out the frequency-change sampling of the key signal, outputting a control signal when the frequency of sampling effective key signals reaches or exceeds a preset frequency, wherein the frequency-change sampling refers to the repeated process of progressively increasing a sampling frequency from a first frequency to a second frequency and progressively decreasing the second frequency to the first frequency, and preset time resides in each frequency of the sampling frequency. The invention decreases the interference frequency of the key detection by external signals.

The invention provides an off-line data processing method in instant messaging service, which includes the following steps: if the state is 'unaccepted' after a sender sends data to a server, the server will sends notification message of the 'unaccepted' off-line data to a on-line receiver; after receiving the notification from the server, the client side will send a confirmation message to the server, if the off-line data is received; after receiving the confirmation message, the server will set up the state of off-line data as 'accepted'; if receiving no confirmation message from the receiver, the server will believe no off-line data received by the receiver and send notification again when the receiver on line next time. Thereby, all data sent from the client side support off line and the off-line data is reliably transmitted, which can guarantee no important data missed for receiver.

The embodiment of the invention discloses a mobile terminal and a call transfer setting method thereof. The mobile terminal comprises at least two user identification cards, namely a first user identification card and a second user identification card. The method comprises the following steps of: acquiring operators to which the first user identification card and the second user identification card respectively belong and respective corresponding numbers; transmitting the number of the first user identification card to an operator to which the second user identification card belongs so as to request call transfer; transmitting the number of the second user identification card to the operator to which the first user identification card belongs so as to request the call transfer; and receiving request results, retuned by the operators to which the first user identification card and the second user identification card belong respectively, of the call transfer. By implementing the embodiment of the invention, the number call transfer among a plurality of user identification cards in the mobile terminal can be set so as to save the operating time of a user; and an incoming call cannot be missed when a user identification card of a multi-card mobile terminal has no signal.

The invention discloses a method and a device for setting a reminder according to the received information. The method comprises the steps of searching a keyword in the information according to a preset keyword library when the information is received; setting a rapid reminder setup menu for the information when the keyword is searched in the information; setting the reminder information according to the searched keyword when the rapid reminder setup menu is triggered; sending out a reminder signal when the trigger conditions of the reminder information are met. According to the method and the device for setting the reminder according to the received information, a user can select the operation according to needs, can ignore the menu or eliminate the menu when feeling that the reminder does not need to be set and can trigger the menu for the reminder set when feeling that the information is important and the reminder needs to be set and accordingly any important event cannot be missed, the user can select independently and accordingly the trouble is not brought to the user due to the fact that reminders which are not required by the user are set due to the misjudgment, and accordingly the user experience is greatly improved.

The invention discloses a processing method and device for guideboard information. The processing method comprises the steps that laser point data contained in laser point cloud data of a target road is clustered according to density to obtain at least one laser point data set; a periphery convex hull of the laser point data in the sets is acquired; and the guideboard information on the target road is recognized based on the shape and vertex angle of the periphery convex hull. Through the processing method and device, the technical problem that a guideboard detection method is low in precision is solved, and the guideboard information can be acquired accurately and efficiently.

The invention relates to a method for compensating the vibration of an automatic and ultrasonic steel pipe flaw detection probe, which is based on water film coupled steel pipe non-destructive flaw detection technology. The method is characterized in that: an alarm signal gate value of automatic and ultrasonic steel pipe flaw detection is adjusted by automatically monitoring the thickness change of a coupled water film so as to realize flaw detection of a steel pipe. In order to solve the problem that upward and downward vibration of the probe affect the flaw detection, the invention discloses compensation technology which can dynamically compensate the adverse effect of the thickness change of the water film which is caused by probe vibration on the flaw detection in real time without increasing expense on instrument hardware of a detection passage. A flaw signal of the probe vibration during the automatic and ultrasonic steel pipe flaw detection is compensated automatically in real time and the omission of the flaw detection is avoided. A technical problem which cannot be solved for a long time is solved.

The invention discloses a thread go/no-go gauge integrated testing device which comprises a thread testing head, a transmission system and a testing sensor. The transmission system is electrically connected with the thread testing head and is used for making the transmission system move for adjusting the position of a go/no-go gauge on the thread testing head, and is used for making the thread testing head drive the go/no-go gauge for testing the thread of a to-be-tested workpiece when the go/no-go gauge is aligned with the to-be-tested thread. The thread go/no-go gauge integrated testing device has advantages of reasonable design and high convenience in use. The thread go/no-go gauge integrated testing device can automatically perform integrated testing on the thread go/no-go gauge and respectively performs thread go testing and thread no-go testing through a go position sensor and a no-go position sensor, thereby realizing higher precision.

The invention discloses a multiple-fluorescence reverse transcription-polymerase chain reaction (RT-PCR) kit for rapid detection of a novel H7N9 subtype avian influenza virus and a detection method thereof. The kit comprises a group of specific primers and probes for detecting all H7 subtype avian influenza virus and a group of specific primers and probes for detecting the novel N9 subtype avian influenza virus. The two groups of primers are designed for gene sequences of hemagglutinin antigen (HA) and neuraminidase antigen (NA) of the H7N9 subtype avian influenza virus. Thus, in the actual detection and application process, leak detection on the H7 subtype avian influenza virus is avoided, and the novel N9 subtype avian influenza virus can be detected and judged. A test proves that the kit has favorable specificity and sensitivity and plays an important role in early detection of the H7N9 subtype virus.

The invention provides a query method and device, and relates to the technical field of monitoring, and the method comprises the steps: obtaining a portrait query request which comprises at least twodifferent space-time information query conditions; for each space-time information query condition, searching a face file set matched with the space-time information query condition from a face imagelibrary; wherein the face archives are determined by clustering face images captured by the monitoring equipment; clustering the face archives in each face archive set, and determining each face archive with the similarity meeting a set requirement as the same face archive; and for the clustered face archives, if it is determined that a first face archive exists in the face archive set corresponding to each space-time information query condition, determining the first face archive as a query result of the portrait query request. Through the clustering method, the information of the same suspect with a plurality of files cannot be missed, so that the query accuracy is improved.

The invention provides method and system to realize operation, it bases on dual-mode / multi-mode terminal. The core of the method is: setting operation choice condition in the network end based on the dual-mode / multi-mode terminal, the network end sends calling message to the said end according to the pre-installed operation choice condition. The invention using dual-mode / multi-mode terminals can avoid any unnecessary disruption during the current operation and some other conditions to make the operation which is operational on terminal keep good continuity; The operation choice condition in this invention can be set neatly according to the demand of the users, such as complete operation effect condition, part of operation priority and so on, to realize the purpose that increase flexibility of operation realization, improve the quality of operation service, improve satisfaction of the user.

The present invention discloses a data classification method. The method comprises the steps of: S1, obtaining training set samples for training a classifier, and averaging the obtained training set samples according to the number of iterations required for training to obtain a plurality of training subset samples; S2, based on the Adaboost algorithm, training each of the training subset samples respectively by using a plurality of weak classifiers, when each weak classifier performs training, selecting some training subset samples and some error samples obtained by the previous weak classifier to constitute and form a final training sample, and obtaining a final ADB strong classifier from various weak classifiers after completing training; and S3, using the trained ADB strong classifier to classify to-be-classified data, and outputting a classification result. According to the method disclosed by the present invention, the data during classification training is complete, the trainingdata can be prevented from multiplying and over-fitting, and the method has the advantages of a simple implementation principle, high classification efficiency and precision, and the like.

The invention discloses a distributed multi-point synchronization system and a synchronization method thereof. The system is formed by more than two distributed synchronous terminals including synchronized object databases, synchronous message databases, synchronous processing modules, synchronous request modules and synchronized service modules. According to the system and the method, real-time information content synchronization among a plurality of user terminals in a network can be realized without the need to use a center server. The user terminals carry out direct communication and synchronous content exchanging by a synchronous protocol and there is no need for the synchronous server to carry out content transferring and distribution, thereby substantially improving reliability and security of the system.

This invention includes the following steps. (1) It queries the user recent using state. (2) It queries the using state of HLR data. (3) It receives the work order; converts instructions; operates on HLR and returns the query result. (4) It judges failure reasons according to the returned result in HLR and sends directly the work order of clearing HLR data. (5) It executes the work order of clearing via the BOSS system. (6) It converts instructions; operates on HLR and returns the result of data processing. The user normal conversation and the function normal using are resumed. This invention possesses advantages of rapid query speed, simple query method, processing rapidly HLR failure work order, processing rapidly failures without missing work orders and high processing efficiency.

The invention discloses a single-bud-section seed sowing device for sugar cane seeds and belongs to the technical field of agricultural machinery. The seed sowing device comprises a seed box, wherein a sorting shifting wheel with grooves is arranged at an outlet of the bottom end of the seed box, a vibrating screen is correspondingly arranged below the sorting shifting wheel, multiple parallel seed passing grooves are formed in the upper surface of the vibrating screen, the upper surface of the vibrating screen inclines downwards, a corresponding push cylinder is arranged at the upper end of each seed passing groove, lower ends of the seed passing grooves are connected with seed guiding pipes, a baffle is arranged at lower parts of discharging ports of the seed guiding pipes, the distance between the baffle and ends of the discharging ports of the seed guiding pipes is smaller than the length of sugar cane seeds, the baffle is arranged in a seed sowing pipe, and a seed sowing and shifting wheel is arranged above the baffle in a matched manner and connected with a driving device. The device is relatively simple in structure, easy to produce and high in seed sowing quantity accuracy.

The invention discloses a sleeper positioning and counting method using linear array image binarized area projection, and belongs to the technical field of track inspection, comprising: taking imagesof the track surface by a linear array scanning imaging system, selecting the detection area containing only the sleepers in the track image, binarizing the detection area, removing the interference area with smaller area in the binarized image to obtain binarized area images, projecting the binarized area images, binarizing the line projection curves, extracting the coordinates of the left and right sides of the square waves of the binarized line projection curves to realize the positioning for the sleepers, and calculating the number of sleepers according to the number of square waves of thebinarized line projection curves. The sleeper counting method provided by the invention has good anti-interference ability and robustness, may be used for mileage calculation based on sleeper counting, and provides mileage positioning information for the track inspection system.