30results about How to "Reliable search" patented technology

A locating device, particularly for locating trapped victims under avalanches, under debris or under collapsed buildings, equipped with a receiving unit (6-13) for signals from transmitters and preferably a transmitter (13, 14), as well as optical (6) and/or acoustic (12) display units, whereby the receiving unit is connected to three preferably orthogonally arranged ferrite rod antennas (2, 3, 4). All antennas (2, 3, 4) are disposed in a compact housing (1) together with the receiving unit (6-13) and preferably also the transmitter (13, 14) to ensure accurate locating of the trapped victim across the largest range possible at compact design whereby one antenna (4) is of substantially shorter length than the two other antennas (2, 3). The receiving unit is provided with a DSP module (11) for incoming signals of the antennas (2, 3, 4).

In a new map, links not constituting a new road and connected to links constituting the new road, are set as boundary links. Further, in an old map, the same links as the boundary links of the new map are set as boundary links of the old map. Then, in the new map, links connecting between the boundary links are searched for as new road constituent links. Further, in the old map, links connecting between the boundary links are searched for as deletion links. Then, link information of the respective boundary links of the old map data is replaced with link information of the respective boundary links of the corresponding new map data. The link information of the deletion links is then deleted from the old map data, and link information of the new road constituent links is added to the old map data, to thereby create delivery map data.

In a navigation system mounted on a moving object, when the current position exists on a road with time-based regulation on map data, route search is retried ignoring the time-based regulation. It is further possible to conduct the route search ignoring only the time-based regulation on the road where the current position is located.

The invention relates to a near-infrared laser spot field-of-view parameter measurement device. The near-infrared laser spot field-of-view parameter measurement device comprises a near-infrared laser parameter test bench, a computer and a calibration grid plate, wherein the near-infrared laser parameter test bench comprises an emitting device capable of emitting near-infrared laser, the calibration grid plate is arranged at the position having a certain distance from the near-infrared laser parameter test bench, and the calibration grid plate is orthogonal to the laser emitted by the near-infrared laser parameter test bench. According to the near-infrared laser spot field-of-view parameter measurement device and method, border dotted lines of near-infrared laser spots are effectively found by rotating a holder to adjust the laser emitting direction and adopting image processing techniques, the sizes of the fields of view of various near-infrared laser spots can be measured effectively, the near-infrared laser spot field-of-view parameter measurement device has incomparable advantages which cannot be achieved by other equipment, is flexible in operation and simple, and visual processing results can be provided.

The invention provides a monitoring video-oriented face detection and search method. The method comprises the following steps: firstly, training a face detector; Detecting an input monitoring video frame to be subjected to face recognition and search by using a face detector to obtain a face region If in the monitoring video frame, and positioning five sense organs in the face region If to obtaina monitoring video face five sense organ positioning result; Determining a target face image, and performing five-sense-organ positioning on the target face image to obtain a target face five-sense-organ positioning result; And then calculating the similarity between the whole face and the local five sense organs according to the five sense organ positioning result of the monitoring video face image and the five sense organ positioning result of the target face image obtained in the previous step. And finally, calculating probability fusion similarity of the monitoring video face image and thetarget face image to obtain a search matching result. By using the method, the search result is more accurate.

The invention discloses a cable-stayed bridge concrete cable tower surface detecting robot based on grabbing claws, which comprises a robot body mechanism, a first claw module set, a second claw module set and a crawl driving device, wherein the first claw module set and the second claw module set are arranged on the robot body mechanism, the crawl driving device is used for driving the first claw module set and the second claw module set to alternately crawl; the first claw module set at least comprises a first grabbing claw module and a second grabbing claw module; and the second grabbing claw module set at least comprises a third grabbing claw module and a fourth grabbing claw module, the grabbing claw modules comprise a steering engine, an annular soft shaft and at least three miniature pointed hooks, wherein the annular soft shaft is driven by the steering engine, the miniature pointed hooks are arranged on the annular soft shaft, and the bending directions of the miniature pointed hooks all point to the center of the annular soft shaft. Compared with the prior art, the robot has the advantages of simple structure, light dead weight, lower energy consumption and convenience of climbing and can be suitable for various conditions of climbing on concrete wall surfaces with larger influences of wind-mouthed vibration.

A method for diagnosing a state in a vehicle, which has a CAN communications bus to which electronic control units of the vehicle are connected, includes providing a rest state of the vehicle; coupling a diagnostic testing device to at least one diagnostic terminal of the vehicle; monitoring of the CAN communications bus by the diagnostic testing device with regard to CAN messages sent out after entry into the rest state; detecting of a CAN message sent out on the CAN communications bus after entry into the rest state, and assigning of the detected CAN message to an electronic control unit sending out the CAN message; providing information regarding a chronological appearance of the detected CAN message in a series of CAN messages appearing on the CAN communications bus after entry into the rest state; and providing information for identifying the electronic control unit sending out the detected CAN message.

An origin positioning method for controlling lifting motion of a wafer boat comprises the steps that firstly, the wafer boat is controlled to move downwards at a set speed parameter, and the wafer boat is controlled immediately to be decelerated and stopped when an origin sensor detects that the origin sensor is just shielded by a wafer boat lifting mechanism; secondly, the wafer boat is controlled to start to move upwards at a smaller speed parameter, when an origin pulse rising edge is detected, Z-phase pulses are searched for, and the wafer boat is controlled to be decelerated and stopped after the Z-phase pluses are found. In addition, after the steps, the wafer boat is continuously controlled to move downwards at a slow speed, and the wafer boat is stopped immediately when the origin pulse rising edge is detected, or Z-phase pulses are searched for, and the wafer boat is decelerated and stopped or stopped immediately after the Z-phase pulses are found. The accuracy and the stability for returning to the origin are improved through the steps. Besides, different working conditions of a digital sensor are combined for use, so that reliability is improved, and the implementation mode is quite simple.

The invention discloses a search algorithm of all spanning trees of a directed graph and an undirected graph. Based on an MATLAB (matrix laboratory) platform, root nodes are found in the directed graph and the undirected graph, wherein the root nodes include all the spanning trees of given sub-trees. The search algorithm comprises the adjoining of branches by the nodes, the expansion of the branches and the seach of all the spanning trees. The search of all the spanning trees is realized by calling the adjoining of the branches by the nodes and the expansion of the branches. The search algorithm is very good in time complexity and space complexity. All the spanning trees of the directed graph and the undirected graph can be reliably and quickly searched. The search algorithm is ingenious and novel in thinking, thereby being very good in application prospect.

The invention belongs to the technical field of machine manufacturing, and discloses a production process information collection system for a machine manufacturing workshop based on RFID. The system comprises an RFID collecting module, an image collecting module, a central control module, a wireless communication module, a data matching module, a data judging module, a data storage module, an alarm module, and a display module. Through the RFID collecting module and the data judging module, the system does not need to carry out the manual statistical operation of the produced workpieces, number and time, thereby greatly reducing the monitoring burden of a workshop group. Meanwhile, the image collection module collects an image comprising the workpiece state information of the machine manufacturing workshop and the state information of equipment, does not need manual statistics and table filling, guarantees the authenticity of data, greatly reduces the cost, and improves the productionmanagement efficiency.

The invention relates to a broadcasting-station searching method, a broadcasting-station searching device and a vehicular infotainment system, wherein the broadcasting-station searching method comprises the following steps of: preliminarily establishing a storage unit for loading a broadcasting-station information database at a local terminal, and setting a broadcasting-station searching condition through a human-computer interaction interface of the local terminal; and searching out related broadcasting-station information sets meeting the searching condition according to the searching condition through a control unit arranged at the local terminal, and then displaying on the human-computer interaction interface. According to the invention, the finish of condition input and condition searching at the local terminal is realized by arranging a searching process at the local terminal, so that the searching efficiency is improved, and defects caused by a remote database-establishing scheme in the prior art are avoided; in addition, the high efficiency of the searching process is realized by adopting a preferred scheme of double-laying searching at a minimum rectangle beyond the range of a broadcasting station and the coverage area of broadcasting-station signals; and when the broadcasting-station searching device is applied to the vehicular infotainment system, because each hardware of the broadcasting-station searching device can be directly loaded or existing hardware equipment of the vehicular infotainment system per se is utilized, the utilization ratio of resources is optimized.

A table which includes entries corresponding to frames in one-to-one relationship is generated. Information of each frame is described in each entry according to a display order. When video data has a frame rate of 24 frames/sec, a dummy entry is inserted for every four frames. A top_field_first flag, a repeat_first_field flag, and a picture type flag are described in each entry. A frame to be displayed is generated based on these flags. The present invention can be applied to an optical disc apparatus.

The invention discloses an interference microscope autofocusing device and method. An illumination unit emits a collimated beam. The collimated beam is reflected by an illumination beam splitter to form an illumination beam. After the illumination beam passes through a microscope objective, a part of the beam is reflected by an interference beam splitter to form a reference beam, and the other part is transmitted through the interference beam splitter to form a test beam. The reference beam is sequentially reflected by a reference mirror and the interference beam splitter, and then sequentially transmitted through the microscope objective, the illumination beam splitter and a tube mirror to form a reference spot on a camera. The test beam irradiates a sample, is reflected, and is sequentially transmitted through the interference beam splitter, the microscope objective, the illumination beam splitter and the tube mirror to form a test spot on the camera. According to the invention, the problems of long time, large volume and insufficient reliability of the focusing method of an interference microscope in the prior art are solved; without increasing the volume of the interference microscope, quick and reliable autofocusing is realized; and the focusing process has the advantages of easy operation and high degree of automation.

The invention discloses a police service multi-unmanned aerial vehicle target searching method based on a normal distribution probability graph, multiple unmanned aerial vehicles comprise a master unmanned aerial vehicle and a plurality of slave unmanned aerial vehicles. The method comprises the following steps: gridding a specified region, and distributing probability for each grid according to prior information including pre-defined key searching positions to obtain an initial probability graph; the main unmanned aerial vehicle receives information when each slave unmanned aerial vehicle arrives at the current position; updating the initial probability graph based on the information to obtain a probability graph; controlling each slave unmanned aerial vehicle to perform target search based on a probability graph and a particle swarm algorithm; when a target suspicious position is received, assigning a value to the probability graph according to normal probability distribution, and setting a grid where the target suspicious position is located as a normal distribution center to obtain a normal distribution probability graph; and on the basis of the normal distribution probability graph, controlling each slave unmanned aerial vehicle to perform target search according to a particle swarm algorithm. According to the method provided by the invention, the search efficiency is improved, and the target suspect can be effectively searched.

The invention provides an alignment method, which can quickly find an alignment mark. The method includes: 1) registering the alignment mark (MA) in a zone smaller than a shooting area of a camera unit (51); 2) combining a plurality of shot images to obtain a combined image (G1) which contains the alignment mark, and forming a mapping figure (K) that stores the directional distance of the alignment mark from the pixels of the combined image; 3) performing a first storage step of storing a new shot image (G2) by shooting a new wafer held by a working platform (30); 4) performing a second storage step of searching a brightness distribution area being same as the new shot image from the mapping figure and storing the same brightness distribution area and the directional distances of the alignment mark; 5) determining that whether the alignment mark exists in the shot image (G3) or not, if the alignment mark exists, determining a segment predetermined line according to the alignment mark.