115results about How to "Correct mistakes" patented technology

A method improving scene classification of a sequence of digital images comprising the steps of: (a) providing a sequence of images captured in temporal succession; (b) classifying each of the images individually based on information contained in the image alone to generate a first image classification; and (c) imposing a pre-determined temporal context model on the sequence of images to generate a final image classification for each image in the sequence.

The invention discloses a method and a device for realizing real-time viewing of panoramic pictures, belonging to the field of electronics. The method comprises the following steps: two-dimensional images of the current scene are obtained; a depth map of the two-dimensional images is obtained; pre-stitching is carried out according to the two-dimensional images of the current scene, the two-dimensional images of the last scene of the current scene, the depth map of two-dimensional images of the current scene and the depth map of two-dimensional images of last scene of the current scene to generate and display pre-stitched panoroma three-dimensional images; when confirmation information from the users is received, the broad-viewing three-dimensional images are stitched and the three-dimensional images of the last scene of the current scene are continuously obtained until the panoramic three-dimensional images are obtained; in the invention images, especially the three-dimensional images are stitched in real time, displayed in real time and previewed in real time, so that panoramic images appear wherever the camera aperture goes and image-stitching mistakes can be corrected anytime, thus improving user experience.

The present disclosure discloses an image acquiring method and apparatus, and a storage medium. The method includes: receiving an operation instruction of a user; determining whether first duration corresponding to the operation instruction is equal to or greater than a first preparation time; if yes, displaying a timed notification, and determining whether second duration corresponding to the operation instruction is equal to or greater than second preparation time; and if yes, periodically acquiring a corresponding image at a preset time interval. The present disclosure simplifies a setting process of a continuous shooting operation.

Abstract of Disclosure A hair wrapping device and method which includes a housing and a motor contained within the housing. A cover is rotatably mounted to the housing and is driven by the motor. A spool for receiving cord is freely rotatable independently of the cover. The cord is held for rotation with the cover. The cover has an aperture to thread a lock of hair and the cord therethrough. Rotation of the cover by the motor causes rotation of the cord around the lock of hair, thereby wrapping the hair with the cord.

The invention provides an electronic organ remote intelligent teaching system and relates to the field of internet-of-things intelligent teaching. The electronic organ remote intelligent teaching system aims to solve the problems that the conventional remote electronic organ teaching system cannot provide big data reference for learners and the learners cannot independently select learning modes. A human-computer interaction subsystem inputs an instruction, acquires video and audio signals, converts the received signals and indicates whether keys of the electronic organ are pressed down or not; a key detection and control subsystem acquires key information and controls the electronic organ to generate sound; an automatic play subsystem controls the electronic organ to play; a network communication module transmits the key information and the video and audio signals; a user side main controller receives a user instruction, transmits the key information, transmits the signals to the human-computer interaction subsystem, and transmits the video and audio signals and the key information to the network communication module; a cloud server module exchanges the key information and the video and audio signals to store through a database module. The electronic organ remote intelligent teaching system has the beneficial effects that the learners can independently sect the learning modes and big data is provided.

A method for communicating data is provided that includes receiving a plurality of bits associated with a communications flow and determining whether one or more samples included in the flow should be suppressed. The method also includes suppressing a selected one or more of the samples. The method also includes retransmitting certain samples when a given sample has stopped changing, in comparison to a previously received sample, for a configured time interval.

A sensing device and a system using the same for detecting and analyzing grasping forces in a dynamic manner includes a number of finger pads for measuring fingertip forces and motions. Each finger pad is mounted at one end of a corresponding one of a plurality of arms. The arms are articulated to one another by being joined at their opposite ends through one or more joints that allow motion of the arms relative to each other in one or more directions. The device generates time varying signals which can be used to investigate the temporal relationships and coordination among finger actions. In addition, a mechanism is preferably provided for imposing mechanical actions and/or perturbations to the device or fingers which generate a measurable response by the fingers. The device can alternatively be employed as a computer input device in which manipulation of the various finger pads can generate signals that represent particular inputs or commands.

The invention relates to a construction method of a T cell antigen receptor diversity sequencing library and a kit. The construction method provided by the invention comprises the following steps: amplifying regions V, D and J of a TRB gene expressed by a human or mouse T lymphocyte by utilizing a designed specific primer specific to a consensus sequence of a region C of the human or mouse TRB gene, synchronously introducing a next generation sequencing joint sequence into an amplified product, and directly sequencing the regions V, D and J of the TRB gene.

Methods and apparatus for preparing at least a hemispherical surface with a desired dimension have been disclosed. The method includes at least two steps: a primary cutting mode for mostly reaming a lower portion of the target site, which enveloped area from the pole to intermediate latitude and a finishing cutting mode for reaming either an upper portion or an entire area of the site by less number of times of rotation, respectively. The intermediate latitude locates between the pole and the equator of hemisphere.

The embodiment of the invention provides a synchronization method and device suitable for an extremely low receiving rate. The method comprises the steps that each spread spectrum bit in a spread spectrum sequence of current information bits is compared with each spread spectrum code word sequence obtained after specific code word space spread spectrum, the number of the same bits is recorded to serve as a set of count values, and whether the current information bits are synchronous positions or not is determined. According to the synchronization method and device suitable for the extremely low receiving rate provided by the embodiment of the invention, rapid complete synchronization is realized in a short spread spectrum period, information loss and errors of transmission symbols in a quantum channel can be effectively corrected, and therefore, the problem of reliable transmission of information in quantum secure direct communication is solved.