254results about How to "Achieve technical effects" patented technology

The invention provides a method for generating three-dimensional virtual animation scenes watched through naked eyes, and relates to machining of three-dimensional images with an animation effect. The method comprises the steps of measuring a display space, collecting information of the light environment of the display space, setting up a three-dimensional digital model of the three-dimensional space size of the display space, making virtual objects and cartoons needing to appear, rendering the made virtual objects and cartoons, setting projection in the display space, carrying out final proof-reading, and limiting watch angles and watch distances. The method combines an actual space and a virtual space, so that audiences do not need to wear any auxiliary devices to watch the three-dimensional virtual animation scenes through the naked eyes.

An indoor robot and a method for indoor robot positioning are provided in the disclosure. The indoor robot is capable of executing different positioning modes according to the number of the detected beacons for indoor robot positioning. When the number of the detected beacons is less than a positioning required number, the indoor robot moves a predetermined distance according to the detected beacons to obtain a plurality of sets of distance data, thereby positioning the location of the indoor robot.

The present invention discloses a traditional Chinese medicine (TCM) clinical medical record based disease diagnose and treatment method and system. The method comprises: obtaining TCM clinical medical record data, wherein the TCM clinical medical record data comprises clinical symptoms; converting the TCM clinical medical record data into a high-dimensional feature vector, wherein the high-dimensional feature vector reflects correlation among clinical symptoms; matching the high-dimensional feature vector with a famous doctor medical record database; if the match is successful, determining a disease diagnose and treatment suggestion from the famous doctor medical record database; and if the match fails, based on the high-dimensional feature vector, using a treatment model to make symptom prediction according to a predetermined strategy, and determining the disease diagnose and treatment suggestion, wherein the diagnose and treatment model is established based on the famous doctor medical record database, by using a machine learning manner. According to the method and system disclosed by the embodiments of the present invention, the technical problem of how to expand a disease diagnose and treatment range is solved.

The invention provides a method and apparatus for setting a flight path. The method is applied to an electronic facility. The electronic facility comprises a display unit. The method comprises the following steps: when the display unit displays a map, through the input unit of the electronic facility, obtaining the input operation for setting the flight path of an unmanned plane in the map; based on the input operation, generating the flight path; and sending the flight path to the unmanned plane so that the unmanned plane can fly according to the flight path. The provided method and apparatus are used to set a flight path before an unmanned plane flies.

The invention discloses combined type gas atomization powder preparation equipment, and relates to the technical field of metal powder material preparation. The combined type gas atomization powder preparation equipment comprises a feeding system, a smelting system, an atomizing system, a circulating gas system and an ultrasonic generator which are connected in sequence. The smelting system comprises a smelting chamber and a heating coil, and the heating coil is arranged on the outer side of the free end of a metal material rod in a sleeved manner; the atomizing system comprises an atomizing chamber and an atomizing spray disc; the circulating gas system comprises a plurality of blowing mechanisms which are arranged in a sleeved mode; the blowing mechanisms comprises an annular pipe and anair blowing opening, wherein the air blowing opening is arranged on the annular pipe at intervals, and the air blowing opening is inclined downwards and points to the center line of the annular pipe.the blowing mechanisms are additionally arranged on the top wall of the atomizing chamber through the combined type gas atomization powder preparation equipment, the ultrasonic generator is arrangedon the inner wall of the atomizing chamber, and ultrasonic waves emitted by the ultrasonic generator can be used for dispersing and crushing molten metal droplets into finer powder. The composite gasatomization powder preparation equipment can reduce the occurrence of a satellite ball, and can improve the yield of fine powder and reduce the oxygen content of powder.

Magnetic resonance (MR) data are acquired by applying magnetic fields to an examination region concurrent with stimulated echo signals, such that trajectories, which are not straight lines, are generated in k-space. For this purpose, sequence of RF pulses is applied to generate the stimulated echo signals in the examination object, undersampled MR measurement data are detected during reception of the stimulated echo signals in the at least two receiving coils, along the curved k-space trajectories, and fully sampled MR measurement are generated from the undersampled MR measurement data using sensitivity information of the at least two receiving coils. Alternatively, the MR measurement data are fully sampled in a central region of k-space, and a region outside the central region is not fully sampled, and a phase correction with a Partial Fourier technique is executed on the MR measurement data using fully sampled MR measurement data from the central region of k-space.

A cryogenic cooling system for an aircraft includes a first air cycle machine, a second air cycle machine, and a means for collecting liquid air. The first air cycle machine is operable to output a cooling air stream based on a first air source. The second air cycle machine is operable to output a chilled air stream at a cryogenic temperature based on a second air source cooled by the cooling air stream of the first air cycle machine. An output of the second air cycle machine is provided to the means for collecting liquid air.

The invention relates to a method of operating a mobile hand-operated device (9) provided as a means of outputting or enabling potentially dangerous control commands to a controllable technical device (1) actively connected to it or to another hand-operated device. A safety switch device (16) comprising at least one evaluation circuit and at least one enable button (18) connected to the evaluation circuit for transmitting signals is provided, which has an idle mode which is assumed automatically without applying operating force and two consecutive operating modes set on the basis of a differing strength of operating force and/or by different displacement distances in the form of an enable operation mode and a panic operating mode. Either an active mode is assigned to the at least one enable button (18) in which an enabling mode for running potentially dangerous control commands can be signalled or made available when the enable operation mode is assumed, or an inactive mode in which signalling or availability of the enabling mode is suppressed or not possible. When or after the evaluation circuit has detected on the basis of signals that the panic operating mode or the panic operating mode and the idle mode has been assumed, the active mode is assigned to the respective enable button (18). Also specified is a corresponding mobile hand-operated device (9, 9') and a corresponding safety switching device (16).

A propulsion system includes an electric fan propulsion motor with a plurality of propulsion motor windings. The propulsion system also includes a means for controlling a flow rate of a working fluid through a cryogenic working fluid flow control assembly to the propulsion motor windings.

The invention provides a method for controlling a set top box, a television and a system, for achieving the technical effect of controlling the set top box by the television and a television remote control. The method comprises the steps of: obtaining key information corresponding to the set top box, wherein the key information is sued for representing identification of the set top box or a second remote control identification code; sending the key information to a could side through the Internet; receiving key-value pair information of a second remote control sent by the cloud side based on the key information; based on the key-value pair information and a plurality of first keys on a first remote control, establishing correspondence of the plurality of first keys and a plurality of second keys on the second remote control; obtaining at least one key pressed information sent by the first remote control; based on the information, sending at least one set top box control value corresponding to the at least one key pressed information to an infrared transceiver to control the set top box.

The invention discloses an information processing method and electronic equipment. The method is applied to the electronic equipment. The information processing method comprises the following steps of obtaining a first operation command, wherein the first operation command comprises a first voice command or a first gesture command; determining first shooting duration according to the first operation command; collecting and obtaining a first image according to the first shooting duration. The information processing method is used for solving the technical problem that, in the prior art, the time for timing photographing cannot be set according to user requirements and achieves the technical effect that the preset shooting duration can be set according to the actual user requirements.

The embodiment of the invention discloses a method for broadcasting subtitles. The method comprises the following steps of receiving a subtitle broadcasting order, wherein the broadcasting order contains broadcast subtitle information; acquiring starting physical coordinate information of the subtitle broadcasting in a display screen and marking the starting physical coordinate information as first physical coordinate information; marking first physical coordinate information of an administrated screen in the display screen as second physical coordinate information; establishing correlation of the physical coordinate information of the broadcasting subtitles in the administrated screen and the second physical coordinate information according to the first physical coordinate information and the broadcasting subtitle information; and rendering the broadcasting subtitles time by time at a designated rendering speed under the correlation instruction, wherein the beginning time of each rendering is the acquired existing central processing unit (CPU) system time. According to the embodiment, frames utilized by different node computers are unnecessary to synchronize, each node computer is allowed to be rendered by different frame frequencies, so that the splitting problem of the display of a subtitle unit utilizing the frame synchronizing technology in the prior art can be overcome.

The invention discloses a call proceeding method, system and device applied to a virtual private mobile network (VPMN). Through simplification of a call proceeding process in a VPMN in the prior art, call delay is reduced significantly. It is worth mentioning that although the method simplifies the call proceeding process in the prior art, through adoption of the simplified call proceeding process, a technical effect that call proceeding is successfully realized on the premise that the call is charged can still be ensured.