595results about "Teaching apparatus" patented technology

A system for implementing interactive language learning includes a microphone, an audio output unit, a data storage unit, a display unit, and a controller. The controller generates an audio signal related to a question stored in the data storage unit, and controls the audio output unit to output the audio signal. In response to receipt of a speech signal, the controller outputs a text answer based on the speech signal. The controller determines whether the text answer corresponds with one of a plurality of predetermined answers associated with the question, generates one of an affirmative response and a guidance response based on the determination, transforms the one of the affirmative response and the guidance response into a form of speech, and controls the audio output unit to output the one of the affirmative response and the guidance response as a new audio signal.

Embodiments of the present disclosure relate to an information output device including one or more information output units, wherein the information output unit includes a driving source portion, an expression portion, a base portion, a first driving portion, and a second driving portion which is disposed between the first driving portion and the expression portion, performs angular movement or rotational movement according to driving of the first driving portion, and is formed to move the expression portion in a first direction toward the first driving portion and in a direction opposite to the first direction.

The application discloses a kind of based on rail ultrasonic flaw detection practical training simulation method and system of sample library of injury and loss, belong to railway rail nondestructive testing practical training technical field;The method comprises: constructing sample library of injury and loss, the sample library of injury and loss is stored with the structured injury and loss sample data including ultrasonic flaw detection waveform data, injury and loss type, injury and loss position, injury and loss quantification data;Obtain the real-time running displacement and change amplitude data in practical training process;According to the real-time running displacement data and the displacement information in the sample library of injury and loss are matched, real-time generates the ultrasonic flaw detection simulation waveform data corresponding to current running displacement state;The present application replaces entity test block practical training mode with rail flaw detection digital simulation practical training mode, provides comprehensive, quantifiable evaluation efficient practical training means, greatly improves the practical training range, effect, quality, efficiency and the skill level of practical training personnel guarantee line safety, while reducing the cost of practical training.

The present invention relates to a method of operating a data network to improve a user learning experience and, in particular, evaluating users according to psychological, personality, physiological, cognitive and skill assessments combined with one or more predefined evaluation principles to generate a customized educational plan tailored to the user. In particular, an assessment of the user is conducted where one or more evaluation principles are used to determine learning attributes of the user (eg. intrinsic abilities, tendencies, decision making processes, communication preferences, learning or work styles including preferred methods of learning or working, learning strengths, developmental requirements, and professional talents). Knowledge of the user's learning attributes using this multidimensional approach, ensures a more customized educational plan that is more likely to keep the user motivated and engaged since their individual learning styles and interests are recognized and accommodated.

The system according to this embodiment aims to propose an optimal career path and learning plan based on the user's skills and experience. [Solution] The system according to the embodiment comprises a data collection unit, an analysis unit, a proposal unit, and a support unit. The data collection unit collects data on the user's skills, education level, and work history. The analysis unit analyzes the data collected by the data collection unit. The proposal unit proposes an optimal career path and learning plan based on the analysis results obtained by the analysis unit. The support unit assists the user in improving their skills and career based on the career path and learning plan proposed by the proposal unit.

A program code processing method, device, equipment, medium and product are disclosed. The method comprises: determining target code text of target program code and its corresponding standard code text according to a processing request for the target program code; obtaining code content feedback text of the target code text of the code content checking model according to the standard code text and the target code text, based on a code content checking model; if it is determined that the generation time of the code content feedback text meets the preset text feedback time condition of the content feedback text, the code content feedback text is determined as the target content feedback text of the target code text of the code content checking model; and generating a processing result of the target program code according to the target content feedback text. The embodiment improves the efficiency and accuracy of the model in identifying the error position in the target code text, and improves the reliability and comprehensiveness of the model in providing error feedback for the target program code.

The present application belongs to the technical field of educational equipment, and particularly relates to a counter for children's teaching, which aims at the defects of the U-shaped rod installation mode of the existing counter for children's teaching, the high replacement cost of the fixed type, the damage of the plug-in type, and the hidden troubles of the scattered beads. The present application proposes the following scheme, which comprises a counter base, two counting unit plates are fixedly connected to the upper side of the counter base at equal intervals, and an indicator plate is fixedly connected to the upper side of the counter base. The counter for children's teaching has the advantages that the quick-release anti-scattering assembly is used to realize the quick disassembly and assembly of the U-shaped rod, the stability is improved, the situation that the traditional fixed installation increases the use cost is avoided, the U-shaped rod is not easily damaged in the plug-in installation, the situation that the multiple beads on the U-shaped rod may be scattered when the U-shaped rod is violently pulled out is avoided, the beads can be conveniently collected and replaced, the situation that the beads are mistakenly eaten by children is avoided, the use efficiency is improved, and the safety hidden troubles are reduced.

Rodeo and / or equestrian event competition timing systems and associated devices and methods are disclosed. The competition may be an equestrian or rodeo event, including livestock riding and roping including break-away roping. Methods, devices and systems for timing such events are provided. Methods replacing manual and human-eye based event timing for at least one of event starting, event stopping, or both, with automated methods are explained.

The system according to this embodiment aims to provide individually optimized learning tailored to each student's learning style and interests. [Solution] The system according to the embodiment comprises an analysis unit, a generation unit, a proposal unit, and a feedback unit. The analysis unit analyzes the student's learning style and interests. The generation unit creates a virtual companion based on the information analyzed by the analysis unit. The proposal unit suggests and supports quest-based learning using the virtual companion created by the generation unit. The feedback unit provides real-time feedback on learning progress based on the learning content suggested by the proposal unit.

To enable also machine learning by a negative example (a word string of an incorrect solution) in a conversion device for converting video into a word string.SOLUTION: A first encoder portion obtains a state vector by performing calculation by a neural network on the basis of a video feature quantity and outputs the state vector. A second encoder portion obtains a state vector expressing semantic information by performing calculation by a neural network on the basis of a given word string and outputs the state vector. A learning data supply portion supplies a pair of video and correct word string corresponding to the video for learning. A negative example data creation portion generates an incorrect word string on the basis of the correct word string supplied by the learning data supply portion. A loss calculation portion calculates a correct error and an incorrect error. A control portion performs control for performing learning by error backward propagation of a neural network of at least the first encoder portion on the basis of both of the correct error and the incorrect error.SELECTED DRAWING: Figure 1

The application provides an engineering education system and method fusing explainable multi-objective intelligent optimization, and relates to the technical fields of intelligent education and artificial intelligence optimization. The method comprises the following steps: obtaining an initial engineering design scheme of a user, and obtaining a standardized multi-dimensional index vector through physical simulation analysis and logical analysis; configuring weights with structured reasons for each index, identifying critical weight values leading to decision reversal through sensitivity analysis, and then determining optimization objectives and constraint conditions; performing multi-objective optimization search using an explainable multi-objective optimizer, generating a Pareto optimal solution set and outputting explainable data; simultaneously generating a behavior interaction sequence of the user; generating a capability evaluation report of the user according to the behavior interaction sequence; and adjusting a preset teaching logic sequence according to the capability evaluation report to form a closed-loop teaching process. The application is suitable for cultivating and evaluating the decision-making ability of students in balancing technical performance and environmental sustainability in engineering design.

The present invention relates to a diamond NV center-based educational quantum experiment device. The device may include: a main body having an upper housing and a lower housing; an optical experiment unit which is installed in the upper housing and by which a diamond NV center-based quantum experiment is performed; and an electronic control unit which is installed in the lower housing and controls the diamond NV center-based quantum experiment performed by the optical experiment unit, wherein multiple optical experiment components constituting the optical experiment unit are detachably installed in the upper housing and are installed such that the installation positions thereof are changeable. Through this, a quantum basic experiment is possible even without a low-temperature device or a large experimental space by using the diamond nitrogen vacancy as the qubit.

This invention discloses a neurophysiological behavior-driven multimodal intelligent learning guidance system and method. The system achieves closed-loop control by constructing a cognitive-emotional-task adaptive adjustment space: 1) In the cognitive dimension, it integrates EEG neural oscillations and frontoparietal network connections, fNIRS cerebral oxygen metabolism indicators, and eye-tracking data to construct a multimodal cognitive load assessment model; 2) In the emotional dimension, it combines the nonlinear characteristics of skin conductance signals with facial expression recognition to quantify learners' motivation levels and emotional valence in real time; 3) In the task dimension, it parameterizes task difficulty and interaction form as moderating variables. During system operation, the system locates the learner's position on the cognitive-emotional state plane in real time and dynamically adjusts task dimension parameters through a nonlinear mapping strategy. This invention effectively utilizes the decoupling ability of multimodal signals and the interaction of intention to achieve precise adaptive delivery of teaching content.

The utility model relates to drawing device technical field, and disclose a kind of drawing teaching auxiliary support, including drawing board, light source being set in the top of drawing board, projection board, the side of drawing board is equipped with clamping base, and the top of clamping base is equipped with telescopic link, universal connecting component, and telescopic link is installed between the bottom of universal connecting component and clamping base, the movable end of universal connecting component is connected with the assembly that can hold the side edge of projection board, and the assembly formed by projection board and assembly can be parallel or inclined position with drawing board under the rotation adjustment of universal connecting component.The utility model proposes drawing teaching auxiliary support, to universal connecting component and telescopic link combination, construct the linkage mechanism of 'three-dimensional angle adjustment+distance convenient control', compared with traditional two-dimensional adjusting device, while the application scene expansion is further expanded, can realize multidimensional adjustment function, satisfy the angle and distance requirement of different drawing scene.

Disclosed is a target for use in a toilet or urinal, and a toilet or urinal having the article. Also disclosed is a method for entertaining users of a toilet or urinal, in which the article is applied, and to a method for manufacturing the article and a computer readable medium, having instructions for 3D printing the article.

The system according to this embodiment aims to enable teachers to understand social and economic conditions and reflect them in educational programs. [Solution] The system according to the embodiment comprises a provisioning unit, an analysis unit, a tracking unit, and a feedback unit. The provisioning unit provides a virtual social training program. The analysis unit analyzes the teacher's learning data. The tracking unit grasps the progress based on the data analyzed by the analysis unit. The feedback unit provides feedback based on the progress grasped by the tracking unit.

The fabric includes an inner layer, a metal-coated film disposed on the inner layer, and an outer layer disposed on the metal-coated film. The metal-coated film includes a base layer including a polymer and a metal layer disposed on a first surface of the base layer. The inner layer is bonded to the metal-coated film via first contact points, and the outer layer is bonded to the metal-coated film via second contact points.

To provide an information processing device capable of appropriately evaluating the level of motor skill proficiency. [Solution] The control unit 12 (information processing device) according to this disclosure includes: a subject brainwave acquisition unit 121 that acquires subject brainwaves showing the brainwaves of a subject when the subject performs a predetermined movement; a subject motion acquisition unit 122 that acquires subject motions showing the actions of a subject when the subject performs a predetermined movement; and a proficiency evaluation unit 123 that, using a reference motion as the reference motion when performing a predetermined movement, evaluates the proficiency of the subject motion higher the smaller the amplitude of the subject brainwaves when the absolute value of the difference between the amount of movement of the reference motion and the amount of movement of the subject motion is less than a first threshold.

The present application relates to the technical field of nonlinear dynamics experimental equipment, in particular to a V-shaped spring oscillator programmable excitation device and method based on reference frame transformation. The device comprises a V-shaped spring structure, a driving module, a control module and a measurement module. The V-shaped spring structure comprises two springs, one end of each spring is connected to a movable suspension point, and the other end is connected to a mass. The driving module is used to drive the two movable suspension points to move synchronously. The control module is used to generate a control signal according to a target external force waveform to control the motion trajectory of the movable suspension points. The measurement module is used to collect the motion data of the mass. By transforming the reference frame to a non-inertial reference frame with the movable suspension point as the origin, the mass is subjected to an equivalent inertial force in the non-inertial reference frame, which is the programmable external force applied to the mass.

The disclosed method requires capturing, by at least one imaging device of an ATM, a video feed of a hearing-impaired user of the ATM performing at least one signed expression of a signed language, the at least one signed expression representing a message to a remote bank teller; transmitting, by the ATM, video data associated with the video feed to a translation module that is configured to identify the at least one signed expression represented in the video data and, based on the at least one signed expression, generate text and / or audio data for producing text and / or audio corresponding to the message to the remote bank teller; and responsive to the text and / or audio data being transmitted to a computing device of the remote bank teller and the remote bank teller providing a response message, receiving, at the ATM, response data, indicative of the response message.

The utility model relates to a rotating disc toy technical field, especially a rotating disc mechanism and digital rotating disc toy, including shell, motion subassembly, the inside of shell is provided with the cavity, motion subassembly assembles in the cavity, motion subassembly includes rotator, return spring, pull rod, the pull rod is connected with rotator and is used for driving rotator rotation, one end of return spring is connected with pull rod, the other end is connected with the lateral wall of cavity, through setting up pull rod, return spring, rotating disc piece, make pull rod pull to arbitrary position after, pull rod will be under the action of return spring fast reset, in the reset process, pull rod drives rotating disc piece rotation, and the rotating speed changes with the degree that pull rod extruded return spring, that is the size of accumulated elastic potential energy, make rotating disc piece stay position after each rotation unpredictable, improve the randomness of rotating process, promote the interestingness of toy.

The application belongs to the field of teaching aids, and particularly relates to a contrast learning device for marketing teaching, which comprises a support frame, assembly plates fixedly connected to the four corners of the back of the assembly frame, a partition plate fixedly connected to the middle end of the inner wall of the support frame, and inner plates symmetrically installed on the two sides of the partition plate relative to the inner wall of the support frame, wherein the device further comprises a driving assembly, a turnover outer plate, a control assembly, a wiping assembly and a dust suction assembly, the driving assembly is installed on the partition plate, one end of the turnover outer plate is installed on the driving assembly, the outer surface of the turnover outer plate is in contact with the outer surface of the inner plate, the control assembly is installed on the turnover outer plate, the wiping assembly is installed on the support frame, and the dust suction assembly is installed on the back of the support frame. Thus, the problems of frequent manual replacement of display content, low cleaning efficiency and complicated operation of the traditional device are solved, and the problems of dust diffusion and pollution of the teaching environment during manual wiping and harm to the health of teachers and students are solved.

The application discloses an AI exercise book correction system and a personalized learning method, which comprises the following steps: step S1, multi-dimensional data acquisition and intelligent region segmentation; step S2, multi-model fusion correction based on confidence weighting; step S3, multi-modal feedback and adaptive explanation generation; step S4, personalized exercise recommendation based on a knowledge graph; and step S5, data security storage and model self-evolution.

This motion measurement device 10 comprises: a speed measurement unit 14 that acquires the travel distance and the travel time of a travel body and measures the speed of the travel body; an inclination angle measurement unit 15 that measures an inclination angle inclined in the lateral direction with respect to the travel direction in which the travel body travels; and a display unit 16 that displays the relationship between the speed of the travel body and the inclination angle of the travel body in different display modes in accordance with the speed of the travel body or the inclination angle of the travel body.

The application discloses a content adjustment interaction method and device, electronic equipment and a computer readable storage medium. The method comprises the following steps: in response to a task trigger event, displaying task content on a graphical user interface; in response to a content adjustment event for the task content, determining at least one piece of content to be adjusted and an intention to be adjusted corresponding to the content to be adjusted, wherein the content to be adjusted comprises at least one piece of sequence information in the task content; adjusting the content to be adjusted based on the intention to be adjusted, obtaining at least one target content and displaying the target content on the graphical user interface, wherein the content expression of the target content matches the content expression of the content to be adjusted, and the target content can meet the personalized needs of a user when reading the content, thereby improving the learning efficiency of the user for specific content.

This invention discloses a neonatal care assessment method based on image and dry / wet colorimetric fusion judgment, belonging to the field of standardized neonatal care training and intelligent assessment technology. The method includes constructing a drying training carrier based on a neonatal simulator and a reversible water-induced color-changing film. Instructors use this carrier to teach drying techniques and obtain teaching standards. Training video data of trainees is acquired and matched in real-time with the teaching standards to obtain substandard operation data and substandard colorimetric data. The substandard operation data and substandard colorimetric data are then matched to determine their correspondence. Based on this correspondence, the trainee's correction data is determined, and an alarm signal is output based on the correction data. Trainee information is acquired, and the trainee's historical correction data is determined based on this information. After the trainee completes the current operation, an early warning is issued based on the historical correction data. This invention improves the accuracy of training assessment results.

The system according to this embodiment aims to streamline teachers' administrative tasks and lesson planning. [Solution] The system according to the embodiment comprises a difference detection unit, an administrative processing unit, an analysis unit, and a proposal unit. The difference detection unit takes in past and present curriculum guidelines as data and detects differences. The administrative processing unit automatically performs administrative processing based on the differences detected by the difference detection unit. The analysis unit films the lesson in video and analyzes the students' reactions and the number of times they speak. The proposal unit proposes a lesson plan based on the data analyzed by the analysis unit.