158 results about "Training level" patented technology

The invention relates to a parking-in-place simulated training method and system. Simulated automobile driving operation is realized by adopting a simulated operation device. Actuation signals are transmitted to a control device via a data acquisition and output device, real-time fitting 3D images are displayed on a 360-degree circular screen by the control device, and somatosensory interaction of a driver is realized via coordinated actuation of a motion platform. Compared with methods and systems in the prior art, the beneficial effects of the parking-in-place simulated training method and system are that a training environment is simulated by adopting the computer simulation technology. The truest feelings and experiences are brought to the driver by adopting the motion platform and the simulated operation device. Training level is enhanced gradually from simple to difficult levels via scene setting, and coordination training of an accelerator and a brake can be realized in parking-in-place on various road surfaces like slopes and steps so that the driver is enabled to easily master parking-in-place skills in a game type driving experience without any accident hidden trouble.

The invention relates to a medical apparatus for diagnosis and / or treatment using a procedure (20), with an operating console (11) to control the use of components of the procedure (20), the operating console (11) having an input device (22), an output device (27) and an assistance module (26) to assist the user, which can be adapted to users' varying levels of training. This enables the user interfaces of the operating console to be adapted to the varying levels of knowledge of the medical operating personnel, so that the user in question is offered only those commands, with corresponding additional information, which the user has for example already learned during training.

A hammer head training target for enhancing the level of training by training realistically and effectively with a life-like target head. The inventive device includes a life-like resilient foam head having an integral oval-shaped handle and a core insert clamshell encasing that traps the handle in place. The head resembles the head of a human being with eye, ear, nose, mouth and temple features. An opening is provided in the back side of the head for access to the handle. The handle is oval in shape and is strategically located at the centroid of the head for optimum angle position for the trainer's hand. The handle is sandwich between the left-hand and the right-hand core insert encasings. The left-hand core insert captivates half of the handle structure. It contains half of the enclosure for protecting the hand during training. The right-hand core insert captivates half of the handle structure. It contains half of the enclosure for protecting the hand during training.

The invention discloses a ball smart robot coaching and refereeing system based on machine vision, and belongs to the field of machine vision. The system comprises a machine vision sub-system, a recording sub-system, a match sub-system, a coaching sub-system, a man-machine interaction sub-system, a cloud storage sub-system and a client sub-system. According to the method, precise judgment of ball tracks in a ball match can be satisfied, match refereeing is facilitated; and moreover, data statistic analysis and coaching level analysis are more convenient and practical.

The invention provides a mobile phone based respiratory training device and method. The device comprises a sensor part and a mobile phone part. The mobile phone based respiratory training device and method have the advantages respiratory training activities are effectively collected and are quantified and fed back to a training person through a mobile phone to guide the training person to complete the training in a more standardized way. The states of monotony, inaccuracy, zero feedback, zero guidance and zero assessment of the conventional respiratory training are changed and the training level, the training interestingness and the user stickness are improved; through the functions of the mobile phone, the training conditions can be fed to a respiratory training instructor through the network and the user can timely obtain a solution containing guiding opinions, disease evaluation, drug intervention and further detection according to the advice of the instructor.

The present invention provides a multiple work mode emergency command system and a work method thereof. The system comprises an emergency command platform, a touch control all-in-one machine, a seat terminal, a video management terminal, a hand-held mobile command terminal, a Beidou command machine, a Beidou hand-held machine, a display device and a fixed video conference terminal, and has an individual learning work mode, a simulation drilling work mode and an emergency command work mode. In the individual learning work mode, the multiple work mode emergency command system is used for learning emergency event typical cases and processing flows and performing a self practice test. The simulation drilling work mode can combine the current emergency plan, organize personnel to perform training operation, check the personnel's training level and modify the emergency plan. The emergency command work mode can perform command scheduling of emergency elements and emergency devices and perform interaction with an emergency platform through a mobile emergency command terminal to complete the emergency event integration situation display. The multiple work mode emergency command system and the work method thereof have a plurality of work modes, are convenient and fast to operate, have a drilling and management mode and are convenient for organization.

The invention relates to a ship motion and engine push network control simulation system comprehensively taking factors of ship steering and main power plants into consideration, mainly comprising the following six parts: a ship motion virtual reality simulation scene, a three-dimensional ship diesel engine motion model, an automatic steering system, a central control room engine remote control system and steering table engine remote control unit, a system call server and a DCOM group communication unit, wherein, the first five parts conduct data intercommunication respectively through the DCOM group communication unit. The system of the invention can improve the ship motion control effect, facilitate the prevention of diesel engine overload, increase the reliability and the economical performance of the power plant and improve the precision of the simulator and training level of sailors.

The invention discloses a terminal location method and device. The method comprises: acquiring a measurement report (MR) uploaded by a terminal; forming a cell vector by using a cell identity (ID) of each measurement cell, and forming a level vector by using a coverage level value of each measurement cell; acquiring a cell ID of a serving cell from the MR, and searching multiple training samples in a base station, to which the cell ID of the serving cell belongs, from an MR sample library; determining training samples corresponding to training cell vectors, which have the same cell IDs, in the multiple training samples as to-be-compared training samples; determining probability values of each level vector and a training level vector of each to-be-compared training sample through a neural network model; and determining training position information corresponding to a to-be-compared training sample, the probability value of which is larger than a probability threshold, to be the position of the terminal. According to the cell ID of the serving cell, the training samples of the base station, to which the serving cell belongs, are found out, and speed and efficiency of terminal location are improved.

This invention relates to one common electricity weld machine artificial teach and train system and method, wherein, the system comprises weld operation interface trail device, data collection device and computer process and display device, wherein, the data collection device is to fulfill artificial weld bar for real time resting and controlling; the computer process and display device are for data collection and process to provide weld operation trail graph displaying and outputting data to reflect weld operation trail and to analogue weld trail and distance test memory.

The invention is suitable for the wearable equipment technology field and provides a muscle electrical stimulation method and device, and wearable equipment. The method comprises the following steps of making the wearable equipment reading the personal information of a user and identifying a body part carrying out muscle strength training and a corresponding training level; determining an electrical stimulation signal output module corresponding to each body part, and selecting a corresponding electrical stimulation parameter so as to determine a first electrical stimulation mode; and calculating a stimulation adjustment proportion value corresponding to the personal information, carrying out scaling adjustment on an electrical stimulation intensity parameter, and based on an acquired second electrical stimulation mode, outputting an electrical stimulation signal to the body part attached to each electrical stimulation signal output module. The pertinence of the muscle strength training on each body part is ensured so that each user can get the most suitable electrical stimulation muscle strength training scheme based on a muscle condition.

The invention discloses a meditation training method based on an intelligent wearable device, the intelligent wearable device is used for collecting real-time electroencephalogram signals and outputting the real-time electroencephalogram signals to an intelligent terminal, and the meditation training method comprises the steps that the intelligent terminal receives a training course starting instruction input by a user; after the training course is started, an electroencephalogram signal acquisition instruction is sent to the intelligent wearable device; the real-time electroencephalogram signal fed back is analyzed by the intelligent wearable device, and an analysis report is generated; the training report is uploaded to a server; and ranking information of the server for the plurality of training reports is received. According to the method and device, the electroencephalogram signals of the user during meditation training are obtained, the obtained electroencephalogram signals are analyzed to obtain the training reports, and the server ranks the multiple collected training reports, so that the user knows the training level of the user in all trainers. In addition, the invention further discloses a meditation training device based on the intelligent wearable device, a terminal and a medium.

This invention is virtual electrons accompany experience system of speed type athletic sports. Its features are that tempo strip (6) equal length to track is laid along training track (7), a tempo mark moving ahead is on the (6), it move at certain speed according to computer training plan program (2) under control of central control system just like a virtual trainer performing plan. The action of athlete is to keep up with the tempo mark and not drop behind, so that he can complete the training plan. The get off and arrive time is recorded into computer database, and the system provides visualized training grade report output. The plan execution of this method is accurate, and visual, and very interesting. Its operation is simple and grade feedback is in time and accurate. Many problems in artificial training is solved to make physical training more normalization, science and can improve training level.

The invention discloses a household and hospital portable rehabilitation training system and method realizing vestibular rehabilitation based on VR equipment. The training system comprises a scale evaluation module, the VR equipment, a positioning sensor, a training self-evaluation module and a training storage module, the scale evaluation module includes a vertigo and balance disorder scale usedto test the level of condition of a trainee, the VR equipment includes training videos for rehabilitation of vestibular disorder, the training videos are divided into training levels corresponding tothe condition levels, the positioning sensor is connected with both the VR equipment and the training self-evaluation module and used to sense the rehabilitation training condition of different body parts of the trainee and send a sensing result to the self-evaluation module, and the training self-evaluation module provides a self-evaluation score according to the received sensing result. The system can be used both at home and in hospital. The invention also discloses a training method at the same time.

The invention relates to a simulated training device for ammunition explosion. The simulated training device comprises an explosive detonating simulation device, simulated hand grenades, an explosion indicator and a control box. The explosive detonating simulation device comprises a simulated detonator, a simulated satchel charge and a first position sensor. The simulated detonator is arranged at the upper end of the simulated satchel charge, and the first position sensor is arranged at the lower end of the simulated satchel charge. A sound vibration sensor is arranged inside the simulated satchel charge. The simulated hand grenades comprise the A-type simulated hand grenades and the B-type simulated hand grenades. Second position sensors are arranged inside the B-type simulated hand grenades. The explosion indicator comprises an indicator light and a loudspeaker. The control box comprises multiple state indicator lights, a detonator testing instrument and a single chip microcomputer. The simulated training device has the advantages of being capable of achieving simulated training of the whole process of exploding rejected hand grenades, vivid in effect, safe, reliable, visual in operation effect and capable of evaluating the training level of operators in a quantitative mode.

The invention discloses an indirect aiming weapon simulated training guide adjustment control and confrontation assessment system. The system comprises indirect aiming weapons distributed in firing positions, indirect aiming weapon simulators arranged in the positions of the indirect aiming weapons, a wireless data network used for transmitting indirect aiming weapon simulator data to a guide adjustment control center, and the guide adjustment control center communicating with the wireless data network. A guide adjustment control and confrontation assessment method includes the following specific steps of firstly, simulated training equipment arrangement, secondly, indirect aiming weapon data transmission, and thirdly, data analysis and attack assessment. By the adoption of the provided indirect aiming weapon simulated training guide adjustment control and confrontation assessment method and system, the monitoring instantaneity of the indirect aiming weapon simulated training process can be improved, the operation training level with the attack accuracy as an assessment index can be improved , and the tactic collaborative capacity among officers and soldiers, the comprehensive application capacity of equipment and the psychological enduring capacity of fight confrontation can be greatly improved.

Systems and methods for generating work schedules are provided. Work schedules are generated based on an identification of work periods and tasks and information related to the workers. A work schedule is produced based on a selected optimization parameter. The optimization parameter can be any type of parameter related to the tasks and workers. The optimization parameter can be ergonomic impact, level of training, experience level or the like. The systems and methods can also receive assigned tasks for one or more of the workers, and generate a schedule incorporating the assignments.

The invention relates to a tennis training device. The tennis training device comprises a base, an elastic rope and a tennis ball with a buckle, the elastic rope is connected between the base and the tennis ball with the buckle, and an angle sensor and a tension sensor are arranged on the base; the tennis training device further comprises a PLC system used for recording numerical values of the angle sensor and the tension sensor. The device for single tennis training without a site is provided and is capable of improving the tennis training level and increasing training pleasure.

The invention discloses a public cloud-based enterprise wisdom training system, and relates to a public cloud application technology. By utilizing servers established in cloud server clusters, the number of the cloud server clusters and cloud server configuration are adjusted at any time according to a business quantity; staffs can fully utilize fragmented time through clients to realize learninganytime and anywhere; and an enterprise wisdom training platform is connected with a staff performance management system, performs accurate recommendation of courses according to personal conditions of the staffs in the performance management system, provides course examination, feeds back staff examination points to the staff performance management system to serve as evaluation indexes of staff performance, and provides training data support for the performance management system. The system assists the staffs to quickly grow and efficiently work, and realizes more efficient, effective and low-cost talent cultivation for enterprises; and the enterprise staffs can obtain relatively good training and learning effects, so that the enterprise training level is greatly improved.

The invention relates to a sports auxiliary training automatic ball serving robot and a working method thereof. The sports auxiliary training automatic ball serving robot comprises a chassis with wheels, wherein a rack which is obliquely arranged and can swing up and down is hinged to the chassis, and the rack is provided with a launching mechanism and a clamping mechanism for clamping a ball andthen placing the ball on the launching mechanism. The sports auxiliary training automatic ball serving robot is reasonable in design, has the functions of ball taking and ball serving, is good in flexibility, convenient to use, high in practicability and good in training effect, and can effectively relieve the working intensity of accompanying trainees and improve the training level.

The invention relates to a kind of sports equipment. The invention solves the problem of irregular footsteps and body movements when exploring shoulders, turning sideways, and changing directions in front of the body during basketball training. Example: The practitioner holds the ball and stands directly in front of the breaker, dribbles the ball with his left hand and steps forward to the left. At the same time, the right shoulder hits 2, 2 and rotates around 6 under the action of force, stretches 8 during the rotation, and the collision ends Turn the body to the right side, and at the same time withdraw the left foot and step forward to the right, protrude the left shoulder, hit 7, prevent 7 from being reset due to the torsion of the spring, and accelerate the layup. Between columns 4 and 6, five lifting holes with a diameter of 18 mm are set, and the distance between the holes is 12 cm, which are linked with lockable pins. Practitioners can raise or lower the trainer to practice according to their own height, which is suitable for practice crowds of different heights. The torsion spring 8 connected between the collision surface 2.7 and the column 6 is divided into 4 groups, and different groups can be opened according to different ages and different training levels, so that the trainer is suitable for more training people. The coach stipulates the changing direction, and the practitioners experience all aspects of the changing and breaking technology through the training of the changing and breaking trainer. The trainer can observe every link in the changing and breaking process, and can carry out targeted teaching and training.

The invention relates to a device for electrically adjusting the height of a cross rod for a pressing leg. The device comprises two driving motors, the two driving motors are provided with output shaft ends arranged upwards, the output shaft ends of the driving motors are fixedly connected with the lower end of a vertically arranged screw rod, the upper end of the screw rod is fixed to a shaft base. The outer portion of the screw rod is provided with a telescopic protective cover, the lower end of the telescopic protective cover is fixed to the motors, and the upper end of the telescopic protective cover is fixed to the shaft base. The outer portion of the telescopic protective cover is provided with a protective cover, and the protective cover is provided with a longitudinal strip-shaped hole. The screw rod is in screw joint with a nut, and a connecting rod is fixed to the nut and sequentially penetrates the middle of the telescopic protective cover and the strip-shaped hole in the protective cover to be connected with the cross rod for the pressing leg. The height of the cross rod for the pressing leg can be adjusted electrically, so that trainers can determine the height of the cross rod according to their conditions and levels; and the height of the cross rod can also be adjusted in the training process, so that the training level can be improved quickly.

The invention provides an information safety simulation training method and system and relates to the technical field of information safety. The problem that existing information safety operation training is high in environment cost and poor in flexibility is solved. The method comprises the steps that a training level is determined; according to the training level, a training scene is customized; the training scene is used for safety training. According to the technical scheme, the information safety simulation training method and system are applicable to information safety operation environment training.

The invention discloses an integrated pipeline for nuclear power plant human error preventing training and a human factor training system thereof. The integrated pipeline comprises a water tank, a main pipe system and a centrifugal pump protection pipe system. The water tank comprises a water outlet pipe and a water inlet pipe. One end of the main pipe system is connected with the water outlet pipe, and the other end is connected with the water inlet pipe so as to form a loop. The main pipe system comprises a first pipeline, a second pipeline and a standby pipeline which are connected in parallel, and the first pipeline, the second pipeline and the standby pipeline are respectively provided with a first isolating valve, a centrifugal pump, a non-return valve, an electric regulating valve and a second isolating valve which are arranged in turn. The centrifugal pump protection pipe system comprises three protection pipelines. One end of the three protection pipelines is connected with the first pipeline, the second pipeline and the standby pipeline and the connecting points are arranged between the electric regulating valve and the second isolating valve, and the other end of the three protection pipelines is connected with the water tank. The integrated pipeline for nuclear power plant human error preventing training has the advantages of being close to the onsite actual working environment, wide in professional range of training personnel, comprehensive in training level and available in online operation.

The invention discloses an electronic chess board system for training and a chess playing monitoring method. The system comprises an electronic chess board and chess pieces, displaying lamps which areused for reminding chess playing are arranged on grids on the chess board, when a first player playing chess using a chess piece on the electronic chess board, the type information and location information of the chess piece are sensed by the electronic chess board in real time to form first game data, second game data representing the chess playing of a second player is correspondingly generatedby the electronic chess board according to the first game data, the second player is reminded to play chess by lighting the displaying lamps of the grids, and the displaying lamps are out after the second player plays chess according to the reminding. The electronic chess board and the monitoring method have the advantages that the problems of poor pertinence on training content in chess training, difficult replay analysis in the training process and the failure of simulating on-site experience of an actual game are solved, the system is reliable and stable, and the practicability is high.

The invention relates to a table tennis serving device, in particular to a table tennis serving device for sports table tennis training. For solving the technical problem, the table tennis serving device for sports table tennis training is provided; and the table tennis serving device is capable of automatically and rapidly converting a table tennis serving direction and limiting the position of atable tennis ball. According to the technical scheme, the table tennis serving device for sports table tennis training comprises a supporting seat, a rotating device, a funnel, a ball outlet pipe, afirst support, a first guide rod, a first spring, a push block, an N-shaped guide rod, a second spring, a first roller and the like; the rotating device is arranged at the upper part of the supportingseat; the funnel is arranged in the rotating device; the ball outlet pipe is arranged at the bottom of the funnel; the first support is arranged at the left end of the ball outlet pipe; and the firstguide hole is formed in the upper part of the first support. According to the table tennis serving device for sports table tennis training, a sector gear and a first gear are arranged for driving theball outlet pipe to swing forwards and backwards; the table tennis serving direction can be automatically converted; and the direction of the table tennis ball sent out by the ball outlet pipe can bechanged continuously, so that the response capacity and the strain capacity of people can be improved, and the training level can be improved.

The invention belongs to the field of sports instruments, and particularly provides gliding motion simulation equipment. The invention aims to solve the technical problem that the existing gliding motion simulation equipment cannot allow a user to obtain real gliding experience. For this purpose, the gliding motion simulation equipment comprises a foot support device, and an upper body stabilizing device; the foot support device is used for the user to stand in order to support the feet of the user and to simulate the sliding movements flexibly and freely; the upper end of the upper body stabilizing device is connected to the upper body of the user, and the lower end is connected to the foot support device, the upper body stabilizing device is used for applying centrifugal force and down-bearing force to the user and providing safety protection. Through the above structure, the user does not have to glide the body and can feel the real gliding movements such as skiing, the actual feeling of motion inertia is produced to the body, and the user experience level and the professional training level of the simulation sports equipment are greatly improved.

A method and system for managing field convertible operator replaceable components associated with a rendering device. A file that defines a set of operator replaceable components can be created and remotely installed on the device. The replaceable components associated with the device can be easily changed from a designation as a customer service engineer replacement component to an operator replacement component and vice versa. A determination that an operator is allowed to replace the component can be made based on a training level provided to the operator, the component availability, a usage pattern, and / or a security level. Such an approach enables the operator to perform the majority of maintenance on the device without requiring the services of a field engineer.

The invention discloses a shooting training method of a training gun based on shooting action feedback detection. According to the shooting training method of the training gun based on the shooting action feedback detection, the training gun based on the shooting action feedback detection, a network server and a voice communication system are used, and the training gun comprises a testing wristband, a dissipative muffler, a level measuring instrument, a pressure sensor, an acceleration sensor, a microprocessor and a wireless signal transmission module; the data output ends of the testing wristband, the level measuring instrument, the pressure sensor and the acceleration sensor are all mutually connected with the data input end of the microprocessor, the data output end of the microprocessor is mutually connected with the input end of the wireless signal transmission module, and wireless communication connection is established between the output end of the wireless signal transmission module and the network server; and through real-time monitoring of physiological indexes and shooting actions of training personnel, errors in the training are corrected in a targeted mode, a step-by-step improvement scheme is provided, and the training level of the training personnel is reasonably improved step by step.

The invention discloses a finger muscle force training recovery apparatus comprising a main unit, an operation system and a display module. The operation system is arranged above the main unit and mainly consists of adjustable finger pull ring parts and a hand support ball. The display module is arranged above the main unit and in front of the operation system, a control circuit board, a storage battery, an audio power amplifier, a loudspeaker and an SD (secure digital) memory card module are arranged in the main unit, the audio power amplifier and the loudspeaker are sequentially connected with the control circuit board and the storage battery, and the SD memory card module is sequentially connected with the control circuit board and the storage battery. According to personal conditions, users can choose training levels and modes, the finger muscle force training recovery apparatus can record various training results including training times, time length and time, and is miniaturized, compact in structure, high in function integrity, convenient to carry, wide in application range, high in comfortableness and good in training effect.