41results about How to "Increase familiarity" patented technology

A drink mix dispenser includes a reservoir for drink mix and a stopper for the reservoir, all incorporated into a bottle cap. The stopper and reservoir are relatively moveable within the bottle cap, which is in turn secured to a bottle. By simple manipulations like twisting the cap onto a bottle or pushing/pulling a cap attachment, the stopper reveals an aperture within the reservoir for drink mix to be dispensed from. The all inclusive bottle caps may be provided separately from or in combination with reusable drink containers, saving storage space and creating far reduced container waste.

The invention discloses a virtual simulation teaching training system. The virtual simulation teaching training system comprises a human-machine interaction module, a teaching module, an operation training module, a repairing training module and an evaluation-assessment module. The virtual simulation teaching training system is utilized for carrying out virtual simulation teaching, and mainstream technical equipment can be adequately utilized, so that the practical training conditions can advance with the times, and lowering of the teaching cost is facilitated; secondly, the virtual simulation teaching training system can be repeatedly used, and the improvement and upgrading of the system depend on the improvement and upgrading of teaching software to a large extent, so that hardware resources do not need to be completely replaced; and thirdly, students can be familiar with a practical training operation environment in advance, so that the safety of the practical training operation of the students is greatly improved, and many problems in traditional practical training teaching can be effectively solved.

The invention discloses an affinity routing method and device by which a user which dials the number of a call center many times can have a high possibility to speak with a same service person and the familiarity of the service person and the user is improved, thereby improving service quality. According to the technical scheme, the method comprises the following steps of: identifying a number of an incoming call of the user, and determining the status of the user according to the number of the incoming call; extracting the historic records of incoming calls of the user according to the user status, and selecting corresponding service line based on the historic records of the incoming calls of the user; and diverting the incoming call of the user to the selected service line.

The invention provides a voice skill command guiding method and device, a storage medium and electronic equipment. The invention provides a voice skill command guiding method. The method comprises thesteps of determining a first trigger scene according to a first instruction input by a user and preset voice scene data, and then determining a first voice skill command by using the first trigger scene and a preset voice skill command list, generating a first floating window bubble graph according to the first voice skill command, and displaying the first floating window bubble graph in a current graph interface in an overlapping manner. According to the voice skill command guiding method provided by the invention, the voice skill command of the user can be guided according to the current specific trigger scene, so that the familiarity of the user to the voice skill command in the voice system is improved, and the voice operation efficiency of the user is greatly improved.

The invention discloses an emotional speaker recognition method based on frequency spectrum translation motion, comprising the following steps: (1) after a voice frequency signal to be tested is collected, the treatments such as sampling quantification, removing null shift, preemphasis and windowing are sequentially carried out on the voice frequency signal, so that a voice frame which is treated by windowing is obtained; (2) fast foourier transform (FFT) is carried out on the voice frame which is treated by windowing to obtained a spectrum signal, and a plurality of groups of spectrum signals that respectively have different formant distributions are obtained by adopting the method of frequency spectrum translation motion; (3) the frequency spectrum is filtered by adopting a masure filter, and phonetic feature is obtained by discrete cosine compression; (4) the phonetic feature of the voice frequency signal to be tested is extracted according to the process flow of the steps (1)-(3), atmosphere scoring is calculated by adopting the method of maximum scoring, and the identification result is provided. The method changes the distribution situation of the formant of neutral emotional voice, and synthesizes the voice frequency spectrum having different formant distributions, so as to enhance the familiarity of the system for various emotional voices and improve the rate of identification of the system.

The invention provides a piano automatic playing and teaching system. The system comprises a piano. An automatic playing system is arranged in the piano. The automatic playing system executes one or more of the following steps: (1) playing a composition in a normal way so as to set an example; (2) playing the composition in a rising tone mode or a falling tone mode so as to guide the teaching; (3) playing one part of the composition, allowing a player to play the other part of the composition, and taking the play as the co-playing example; and preferably, a step that an automatic playing system plays built-in accompanying music is also included. Through the steps and apparatuses mentioned above, a player can use the automatic playing piano to study, the player can play along with the piano, and thus the study progress is accelerated.

A computer method of simulating a fluid flow in an aircraft environment to determine at least one aerodynamic coefficient, comprising obtaining a first series of values of the aerodynamic coefficient. The method also includes defining a criterion for convergence of said aerodynamic coefficient, selecting a determined set of terms belonging to said first series, defining a monotonic function configured to make a relatively expanding transformation in said determined set relative to the complement of said set, applying said monotonic function on said first series to form a second series of values of the aerodynamic coefficient, determining said aerodynamic coefficient by plotting a variation curve representative of said second series of values of the aerodynamic coefficient, and displaying said variation curve including an intrinsic zoom of the convergence zone of said aerodynamic coefficient.

The invention discloses a minimally invasive surgery navigation system for spinal surgery, and relates to the technical field of medical treatment. The minimally invasive surgery navigation system forspinal surgery comprises a preoperative three-dimensional C arm, a two-dimensional O arm or a C arm scanning module, and the output end of the preoperative three-dimensional C arm, the two-dimensional O arm or the C arm scanning module is electrically connected with the input end of a graphic image signal conversion module. According to the minimally invasive surgery navigation system for spine surgery, a surgery is completed through the preoperative three-dimensional C arm, the two-dimensional O arm or the C arm scanning module, the graphic image signal conversion module, a two-dimensional skeleton data processing to three-dimensional module (or a three-dimensional skeleton model noise reduction module), a three-dimensional skeleton data storage module, a preoperative CT scanning and MRIscanning module, etc., so as to solve the problem that the operation plan making efficiency of doctors is affected to a certain extent due to the fact that the prior operation navigation system can only depend on computer assistance to form a data scanning model, and the multiple doctors cannot visually and directly observe, discuss and make operation plans in multiple aspects after correspondingmodels are fixed in a hand-held mode.

The invention discloses a safe practical training interaction system for power distribution line live-line work. The system consists of a system management module, a communication module, a simulationelectrified module, a data collection module, an on-site evaluation module and a hand-held evaluation terminal, wherein a training subsystem, an evaluation subsystem and an exam subsystem are formedvia matched use of the above modules, routinized operation of the safe practical training interaction system for power distribution line live-line work can be realized via cooperative work of softwareand hardware, practical training and examination accuracy can be improved, training and examination result errors caused by human factors such as workers and the like can be reduced, and a practicaltraining level and an examination level can be improved. Safety protection consciousness of the workers and familiarity of the workers to safety specification of a power transmission line can be improved, and safety of the workers and safe and stable operation of a power grid can be ensured.

The invention relates to the technical field of pipeline monitoring, and discloses an intelligent pipeline online monitoring system, which comprises a business database data security system, a data collection system and a data analysis system, multiple groups of monitored and detected data are transmitted to a geological disaster data collection system, hazardous gas monitoring, pipeline corrosion degree monitoring, pipeline leakage monitoring, pipeline displacement monitoring and pipeline deformation monitoring are performed on the pipeline through intelligent equipment, and the monitored data are transmitted and collected. According to the system, through three-dimensional modeling, the effect that the system simply and visually displays complex geological disaster parameters, pipeline body parameters and the whole risk process in a three-dimensional dynamic graph mode is achieved.

The invention discloses a Chinese character training method and system. The Chinese character training method comprises the steps that a Chinese character training test question is displayed to prompta user to give an answer; answer information input by the user is obtained; the answer information is converted into an input answer, and the input answer is compared with a set standard answer to prompt whether or not an result is correct; the Chinese character training test question is from a Chinese character training module including the Chinese character training test question, and the Chinese character training module is used for training Chinese character awareness of the user. The Chinese character training method and system have the advantages that through a human-computer interaction mode, well-targeted Chinese character training test questions are adopted to perform Chinese character training on the user, the technical problem that a training method and software system capableof effectively improving the Chinese character awareness ability is lacked in the prior art is solved, the familiarity of the user to the Chinese character rule can be improved, and the improvement ofthe Chinese character identification ability of the user is facilitated, thereby further improving the Chinese reading ability of the user.

The invention discloses a wireless assembly training and checking platform. The wireless assembly training and checking platform comprises a sliding platform rack, wherein the platform rack is composed of an operating table board, a main machine box and a tool box, the main machine box and the tool box are respectively mounted on the two sides of the bottom surface of the operating table board, the tool box adopts a drawer type structure, and a computer host is placed inside the main machine box; an instrument rack is mounted on the operating table board, and a vertical partition plate is arranged inside the instrument rack; a display screen is placed on the instrument rack, and is electronically connected with the computer host; and display fixing racks are respectively fixed on the two sides of the instrument rack, and a display panel is connected between the display fixing racks. The wireless assembly training checking platform provided by the invention can achieve skill training and checking in different grades, the integration level is high, the cost for equipment purchasing is lowered greatly, and the wireless assembly training checking platform provides a great help for improving teaching quality and increasing the passing rate of students in a final professional technical ability examination.

The invention relates to a generation method of a font writing stroke order. The generation method comprises the following steps: acquiring font contour points, connecting path information among the contour points, and extracting inflection points by combining the contour points and the path information; recognizing and extracting the inflection points according to a preset extraction rule, selecting anchor points, and mutually connecting the anchor points to form a boundary line segment; performing stroke splitting on the fonts according to the boundary line segments; performing font key point extraction on the font contour points according to a preset simplification rule and strokes; and determining stroke order data according to a preset moving track rule in combination with the font key points, and generating the stroke order data into a uniform-format file and storing the uniform-format file in a character library. The method and the system have the effect of improving the efficiency of generating the font writing stroke order.

The invention discloses a simulating deduction method for electric power transmission line operating risk training. The simulating deduction method for electric power transmission line operating risk training comprises the steps: abstracting and establishing a simulating deduction model according to the risk training content of electric power transmission line operation; extracting the information required by the electric power transmission line operating risk training, instantiating the elements in the simulating deduction model according to the information, and generating a simulating deduction plan on a time axis; and constructing a virtual scene of the electric power transmission line and displaying the operation staff and the related behaviors according to the described information of each element in the simulating deduction plan. Through the simulating deduction method provided by the invention, the operation staff can know well about the task environment, and the capability of the working staff for dealing with the practical emergency can be improved; and at the same time, the simulating deduction method is beneficial to examination and improvement of a risk preparedness plan, and can continuously enlighten new risk response ideas.

The invention relates to a learning system, in particular to a company institution updating learning system. The objective of the invention is to provide the company system updating learning system which achieves the systematization of the learning process, increases the familiarity of employees to the company system, and detects the learning effect of the employees. The technical scheme of the invention is as follows: the company institution updating learning system specifically comprises the following steps: S1, acquiring login account information; s2, company institution learning; s3, the latest company system is learned and reminded; s4, checking the system; and S5, performing system spot check. Basic requirements of employees in the system learning process are met, and traditional single employee system learning is converted into autonomous system learning.

Method for controlling animation's process running on electronic devices having a processor adapted to execute instructions stored in a memory, the method including: interpreting an input method to generate an initial velocity; executing a routine projection using the initial velocity and a current GUI position to generate a factor; executing an adaptive routine using the factor to calculate a new modulated position/velocity value; executing a physics model iteration using the modulated position/velocity value to generate an updated position/velocity value; updating the graphical user interface with the updated position/velocity value and executing the control methods from the new set of position/velocity values, in which the control methods are a progressive forecasting method or an accurate modulation method.