38results about How to "Reduce the scope of the search" patented technology

The invention discloses a multichannel human-computer interaction method based on voice and gestures, comprising the following steps of: extracting voice referent constraint information from voice information and extracting gesture referent constraint information from gesture information, wherein the gesture referent constraint information comprises a statistical value of distance from any point in a referring point region limited by the current referring point gesture to a referring center of the referring point gesture and the statistical value of time maintained by the referring point gesture; when the gesture referent constraint information is analyzed, acquiring the statistical value of the distance and the statistical value of the time maintained by the referring point gesture so as to lower the fuzziness of a referring point in three-dimensional interaction; and in the referent determining process, dividing a model object in a virtual environment into four types, and comparing the referent with a certain type of model object according to the possibility of the referent appearing in a certain type so as to be beneficial to the reduction of a finding range of the referent and the influence of the fuzziness of the referring point.

The invention discloses a mobile terminal, and a method and a device for seeking the mobile terminal, and belongs to the technical field of communication. The method for seeking the mobile terminal includes flow paths: sending an appointed communication signal trigger instruction to the mobile terminal through the device for seeking the mobile terminal so as to enable the mobile terminal to start at lease one type of communication signal; seeking the communication signal started by the mobile terminal; when the communication signal of the mobile terminal is sought, judging whether the communication signal is a unique communication signal sent by the mobile terminal; if the communication signal is the unique communication signal, using the communication signal to build communication connection between the device for seeking the mobile terminal and the mobile terminal, and if the communication signal is not the unique communication signal, building communication connection between the device for seeking the mobile terminal and the mobile terminal by selecting a communication signal shortest in effective distance; sending an indication signal to a user, and guiding the user to move towards the mobile terminal. By using the mobile terminal, and the method and the device for seeking the mobile terminal, the device for seeking the mobile terminal can switch between all the communication signals according to the distance between the device for seeking the mobile terminal and the mobile terminal, and the mobile terminal can be sought out whether the distance between the mobile terminal and the user is long or short.

A face matching method, device and apparatus, and a computer readable storage medium are disclosed. The method includes: obtaining a target face region image of a target face image and at least two human face organ region images through a candidate region network model, and then obtaining at least two target face feature point and corresponding feature vector through the cascade convolution neuralnetwork model, combining the target face feature points to obtain feature combinations; according to the feature vector of the target face feature point in the feature combination and the feature retrieval database established in advance, performing iterative matching on the combinations one by one to obtain an image set matching all the feature combinations, and perofrming similarity calculationbetween the feature vector of the target face feature point and the image set to obtain a face matching result. The invention can reduce the search range, improve the search speed, and improve the user's use experience.

The invention provides a method for assisting a double-antenna measuring unit in determining integer ambiguity and heading by a gyroscope. In the process of determining the integer ambiguity through carrier phase double-differenced measurement, the searching range of the integer ambiguity can be reduced by utilizing rough heading assistance provided by the gyroscope, the ambiguity can be solved by using one epoch, and the real-time heading of a motion carrier can be solved. The method comprises the following steps: firstly, the double-antenna measuring unit searches and solves to obtain an initial precise heading, and the initial precise heading is input to the gyroscope after being successfully solved; the gyroscope receives an initial precise heading value solved by the double-antenna measuring unit, and integrals are calculated through a measured angular velocity to obtain a heading estimation value after several periods of time; and the double-antenna measuring unit acquires the heading estimation value from the gyroscope at an epoch in which heading solving requires to be carried out, and the heading estimation value is utilized to assist the solving of the integer ambiguity and the heading.

The invention discloses a focus system and a focus method. The focus method comprises the steps of adjusting focal distance of a liquid state lens unit in an auxiliary lens module, thereby scanning the focus distance of the auxiliary lens module, wherein the auxiliary lens module is equipped with multiple focus sections, and the liquid state lens unit carries out focus distance scanning on the multiple focus sections; analyzing the image information of the multiple focus sections, thereby obtaining the focus section with the optimum image definition; transmitting the information of the focus section with the optimum image definition to a master lens module; and carrying out automatic focus in the focus section with the optimum image definition by the master lens module according to the information of the focus section with the optimum image definition. The invention also provides a focus system.

The invention discloses a method for searching data. The method comprises the following steps: receiving an image searching message, wherein the image searching message at least comprises an image to be searched and a geographic location message related to the image to be searched; searching the Internet for a plurality of candidate data to constitute a candidate database according to the received geographic location message, wherein each candidate datum comprises at least one candidate image; and then, comparing the image to be searched with the candidate image in the candidate database to determine a search result, wherein the search result at least comprises one of the candidate data.

The invention belongs to the field of transformers, and particularly relates to an auxiliary equipment for detecting the compactness of a transformer iron core, which comprises a base, the outer surface of the right side of the base is rotationally connected with a detection mechanism, and a display mechanism is arranged on the left side of the detection mechanism. According to the auxiliary equipment for detecting the compactness of the transformer iron core, by arranging the bottom plate and the top plate, when the equipment is used, the iron core of the transformer is placed in a gap between the top plate and the bottom plate, and the iron core of the transformer is mostly an EI iron core and can be exactly clamped in the EI-shaped clamping grooves in the bottom plate and the top plate, so that in the process of gradually stacking the iron core upwards, the base plate moves along with the iron cores, it is guaranteed that the iron cores cannot incline or deviate in the vertical direction, a set of iron cores are perpendicular to the upper surface of the base all the time, errors during detection are reduced, and the problems that when traditional clamping equipment fixes the iron cores, loose iron cores are prone to skew and deviate, and measurement errors are increased are solved.

The present invention provides a golf ball drop point calculation device and method. The device includes a map database, a recording module, a processing module, a navigation module and a display module. The method includes: storing an electronic map in the map database; the recording module recording the golf ball The force that the club acts on a golf ball, the duration of the action and the initial direction when the golf ball leaves the golf club; the processing module according to the force, the duration, the initial direction and the quality of the golf ball, Calculate the moving distance of the golf ball, and calculate the falling position of the golf ball on the electronic map; the navigation module locates the position of the golf club, and takes the position of the golf club as the starting point, and the position of the falling ball as the end point , generating a search route; the display module displays the falling ball position and the search route on the electronic map.

The invention discloses an electronic medical record text abstract extraction method. By defining the semantic coverage loss function, abstract abstracts summarized by doctors in the past can be used for training an automatic extraction abstract model, and data annotation is avoided. The method comprises the steps of screening out relatively important sentences from an original electronic medical record text as a candidate set, narrowing a search range of an automatic extraction type abstract, and finding out a sentence combination with the highest semantic coverage degree in an original electronic medical record as an extraction type abstract by listing different combination modes of the sentences in the candidate set; when the semantic coverage degree is judged, making a judgment in combination with semantic information of all sentences in the candidate set, so the possibility of information redundancy and information loss in the automatic extraction type abstract is reduced, and the quality of the automatic extraction type abstract is improved.

The invention discloses an automatic focusing method and system based on deep learning, and the method comprises the steps: obtaining an out-of-focus image shot by a camera, and calculating the definition of the out-of-focus image according to a trained target deep learning model; a motor step number range is obtained, the moving step number of a motor is obtained according to the definition and the motor step number range, and the motor is used for driving a camera to move; controlling the motor to move for the first time according to the moving step number; and controlling the motor to move for the second time in a preset step number range, acquiring a target position corresponding to the highest definition of the image in the second moving process, and controlling the motor to move to the target position to complete automatic focusing. According to the embodiment of the invention, the motor can be quickly moved to the focusing position by using the predicted value of the network, so that the automatic focusing speed is greatly improved; the range of motor searching is reduced, a good focusing effect is shown in extremely dark and multi-light scenes, and the focusing efficiency is improved.

The invention discloses a logistics station, and an intelligent goods finding method, system and device for goods loss, and relates to the technical field of express logistics. The intelligent goods finding method comprises the steps of obtaining an identification code of a carrier bound with a lost goods according to waybill information of the lost goods; extracting a path track of the carrier in the logistics station according to the identification code; and positioning the carrier according to the path track to obtain the current position of the lost cargo. According to the invention, the lost goods can be found conveniently.