55 results about "Work simulation" patented technology

A modularized system and method for interactively diagnosing and addressing workplace issues that can lead to employee turnover includes computer-delivered assessment and training modules, each directed to a particular aspect of improving employee retention by focusing on retention competencies. Some modules are intended for employee use; others, for supervisors. The employee sector modules are primarily administered for the purpose of data collection, the resulting data utilized to prescribe assessment and training modules to the supervisor. The supervisor sector modules include an assessment adapted to create an individualized learning plan, wherein questions assess understanding of the topic, and then a job simulation is presented, guiding the user through a simulation applying the concepts from the lesson, followed by a mastery assessment. After passing the mastery assessment, the user can view and print learning activities and key learning points for each program.

Systems and methods are provided for determining whether to hire a candidate for a job position. The disclosed systems and methods provide a preliminary screening process to determine whether to process a candidate on-site. If it is determined to process the candidate further, an appointment is scheduled with the candidate for on-site processing. During the on-site processing, the candidate may view on-line descriptions of the available jobs, apply for one or more jobs of interest, and complete selection tools, such as candidate instruments and assessor instruments, relating to a job of interest. The candidate's performance on the selection tools may be processed to determine whether to extend the candidate an offer for a particular job. If the candidate does not qualify for his first choice job, the candidate may be tested for another job of interest. The candidate instruments may include electronic tests, simulations, and/or interviews, for example. The assessor instruments may include live job simulations and/or an in-person interview, for example.

A stone work simulation system including panels formed from a cementitious material. The panels of the system can be cast or injection molded from cementitious slurry, including hydraulic cement, or gypsum cement and an optional latex/water mixture. A desired amount of the slurry is added to the mold, the surface of which includes several spaced apart depressions formed therein to closely resemble a pattern of stones at least partially disposed in a mortar matrix. Optionally, the mold can include a number of flat spaces formed between the depressions. Optionally, a reinforcing mesh is also provided in the mold. A colorant can be disposed on the bottom mold surface prior to the introduction of the mesh and the slurry to impart a color pattern to the system. After sufficient curing, the panel is removed from the mold and is ready for immediate use and/or further processing, such as additional surface coloring. In use, the system can be mounted to a building surface, such as a wall, e.g., with a mechanical fastener, adhesive, mortar, cement, and/or the like. To provide distinctiveness to the system, a plurality of individual simulated stones (e.g., that have been formed separately or as a separable unit, e.g., according to the process above) that are sized, shaped, and colored similarly to or differently from the system, can be incorporated onto the flat spaces formed on the system to form a unique finished product and avoid the appearance of the installed system being an arrangement of individual panel units.

The invention relates to live working table type simulation training system and method. The system comprises a data server and a table type training machine which are connected by a WAN (Wide Area Network), wherein the data server is provided with a server management system; the server management system is provided with a plurality of management modules which are divided into a user information management module, a live working simulation working management module, a tool and project data management module, an examination and score management module and a database management module according to the managed content; the live working training is carried out on a training staff by applying the live working table type simulation training system, and the training form is divided into a stand-alone training form and a network training form; and the stand-alone training form is carried out by adopting a stand-alone table type training machine and the data server, and the network training form is carried out by adopting a plurality of table type training machines and data servers through WAN interconnection. The system has simplicity, practicability and convenient operation and can effectively reduce the training cost; and the method has strong pertinence, systematicness and good training effect.

The invention discloses a simulation training system control device used for the airplane composite safety specialized technical personnel training, which relates to a device related to the airplane composite safety used on the ground. The device is composed of a simulation cabin, a main control computer and an interface system, a monitoring demo station and the like, integrally uses the virtual panel control technique, the stand-alone multi- touch screen control technique, uses a display to replace part of the print board assembly to complete the aircraft cockpit panel simulation, performs the control display of the three-dimensional simulating instrument on the display, which can performs a plurality of state working simulating training, the operating simulating training of the detection device, the simulating training of the troubleshooting skill and part of the accessory dismounting, realizes the multi-profession, multi-subject training of the airplane composite safety, and has high cost performance, good maintainability, strong upgrading capability.

The invention relates to an LEO (low earth orbit) high-voltage solar cell secondary discharge test device and method, belonging to the field of measurement. The device comprises a vacuum chamber, an Ar plasma source, a camera, a three-dimensional driving mechanism, a vacuum-pumping system, a test bench, an insulating mat, a high-voltage solar cell work simulation system, a solar cell array, a non-contact potentiometer and a potential test system. The method comprises the following steps: vacuumizing the vacuum chamber, starting the Ar plasma source to emit plasma, starting the high-voltage solar cell work simulation system to induce the solar cell array to perform surface static discharge, and monitoring the surface potential charge process of the solar cell array by means of the potential test system and the non-contact potentiometer. Thus, the device and the method can well simulate the LEO plasma environment, can work stably and are applicable to various LEO satellite high-power high-voltage solar cell secondary discharge ground simulation tests.

The invention discloses a hub motor experiment bench device and an experiment system thereof. The hub motor experiment bench device comprises a bench part, a hub electric wheel system, a vibration exciter and a transmitting system. The bench part comprises a main base and a vertical column, and the hub electric wheel system is fixed to the vertical column. The vibration exciter and the transmitting system are fixed to the main base and located below the hub electric wheel system. During experimenting, a motor controller controls a hub motor to obtain the rotating speed needed by experimenting,a vibration exciter controller transmits a vibrating signal to the vibration exciter, the vibration exciter works to simulate the hub motor to receive pavement excitation to vibrate to drive a supporting column in the center of the vertical column to transmit the vibrating signal to idler wheels and tires in sequence, all sensors measure working condition parameters of the hub motor, and measureddata are input into a computer to be processed. Dynamic data of the hub motor can be obtained, a pavement excitation signal is further exerted through the vibration exciter and the transmitting system to enable the motor to vibrate, and then smoothness of an electric car driven by the hub motor is researched.

The invention belongs to the technical field of aviation simulation teaching, and particularly relates to an aviation basic maintenance operation simulation training system. A plurality of training devices are arranged in the simulation training system, and the system comprise a simulation aero-engine training device, a fuse insurance training device and a cotter pin insurance training device, and practice operation of basic aviation maintenance work in multiple aspects can be achieved; An aero-engine in the simulation aero-engine training device is arranged on a rotatable training rack, so that the authenticity of aviation operation is realized, and meanwhile, trainees can conveniently and intuitively observe each position of the aero-engine; Moreover, a camera device and a pressure detection device are arranged in the simulation training system, a controller can evaluate the maintenance operation quality according to data acquired by the sensors, quality detection and intelligent assessment of aviation basic maintenance operation are completed, the manufacturing cost and the maintenance cost of hardware can be reduced to a great extent, and the practice teaching efficiency of the simulation training system is improved.

The invention provides a BIM-based building construction accident risk source identification method and system, and the method comprises the steps: obtaining deep foundation pit construction dynamic data in real time, importing the deep foundation pit construction dynamic data into a BIM building model, and judging whether there is a deep foundation pit accident risk or not; acquiring structure data, operation data and environment data of the tower crane in real time, performing tower crane work simulation according to the structure data, the operation data and the environment data of the tower crane and the BIM building model, and judging whether a tower crane accident risk exists or not; and acquiring structure data and operation data of the construction platform in real time, performingconstruction platform work simulation according to the structure data and the operation data of the construction platform and the BIM building model, and judging whether a construction platform accident risk exists or not. Visibly, the dynamic identification of the risk source of the building construction accident is realized, and the safety of the building construction is improved.

The invention relates to a digital twinning technology-based jacquard sliding bearing monitoring system and method. The system comprises a jacquard digital model, a monitoring module, a management module and an alarm module, wherein the jacquard digital model is established according to a jacquard entity, various fixed parameters of the jacquard digital model are completely consistent with the jacquard entity, and synchronous operation with the jacquard entity is carried out. The digital twinning technology is used to construct a jacquard virtual model through a digital mode, data analysis onsimulation data such as generated shafting fatigue wear, torsional vibration and thermal stress is carried out through working simulation, the effective use and maintenance cycle is speculated, a sensor module is introduced to perform real-time monitoring on the running parameters of the sliding bearing, fault judgment adopts means such as twin data interaction feedback, data fusion analysis, decision Iterative optimization and the like, intelligent fault diagnosis of user equipment and remote guidance of suppliers are realized, and a customer is reminded to repair and replace a bearing in real time.

The invention relates to the virtual simulation field and especially relates to a robot working simulation system under a nuclear radiation environment and a method thereof. The simulation system comprises a modeling unit, a virtual simulation unit, a display unit and a decision optimization unit. By using the robot working system under the radiation environment and the method provided in the invention, through using computer virtual simulation and a model base technology, virtual simulation is rapidly performed on a robot working process under the nuclear radiation environment so that the robot can accept real-time training, optimization and a decision support before being officially used in the nuclear radiation environment and rapidity, reliability and controllability of the robot during official usage can be guaranteed. Simultaneously, a three dimensional modeling technology, the model base technology and a building block construction mode are used to establish the virtual robot working simulation system under the nuclear radiation environment. Rapid and accurate characteristics of simulation environment establishment are possessed. Emergency handling disposal to a nuclear accident is effective.

The invention discloses a multichannel online FCT machine based on a simulation working state. The machine is characterized by comprising a protective cover module, a press plate module, a support module, motion control modules, a product tray module, a needle plate module, a bottom box module and a working environment simulation module, wherein the working environment simulation module is arranged in the bottom box module, the upper end of the bottom box module is connected with the support module, three motion control modules are arranged in the support module, the needle plate module, the product tray module, the press plate module and the protective cover module are sequentially arranged at the upper end of the support module, and the working environment simulation module contains a wireless communication module. The machine has the benefits as follows: the functions of main boards of electronic products are tested by simulating operation environments of products in the real working state, so that whether tested products have functional defects can be known before product assembly, and the repair cost of finished products in the later period is reduced.

The invention provides a 10kV cable live work simulation training device and method. The device comprises a graphic workstation, a touch console and a gamepad control module. The graphic workstation is respectively connected with the touch console and the gamepad control module. The graphic workstation is provided with a display screen. The touch console comprises a PC host and a touch screen which is connected with the PC host. After a 10kV cable live work simulation training system is logged in, selection of performing theoretical knowledge training on the touch console can be performed by operators, and 10kV cable live work three-dimensional simulation software on the graphic workstation can also be started via the touch console to perform simulation related training.

Provided is a work simulation device, comprising: a local region setting unit (26) which sets a local region in a workpiece; an offset transform processing unit (4) which offset transforms, among a workpiece overall 3-D shape model (12), a shape of a portion wherein a local region is set, generating a workpiece local 3-D shape model (13); a local tool movement data output unit (6) which outputs local tool movement data (17) from overall tool movement data (16) based on a tool model (15) and tool movement trajectory data; a local cutting transform processing unit (8) which carries out a cutting transformation of the workpiece local 3-D shape model (13) on the basis of the local tool movement data (17); and a display superposition unit (11) which superpositions the cutting transformed workpiece local 3-D shape model (13) upon the workpiece overall 3-D shape model (12) and displays same.

The invention relates to a low-carbon type electronic-controlled engine simulation testbed and belongs to engine teaching devices. The low-carbon type electronic-controlled engine simulation testbed comprises a testbed frame and is characterized in that an engine electronic control system, a fault set and detection system, an engine work simulation system and a power system are arranged on the testbed frame, wherein the fault set and detection system, the engine work simulation system and the power system are connected with the engine electronic control system through circuits. The low-carbon type electronic-controlled engine simulation testbed is light in weight and small in size, facilitates teaching, is free of pollution during work and lowers energy loss, the working process and the ignition and oil injection process of the engine are more visualized, and the teaching visuality and the teaching effect are improved.

The invention relates to an ecological permeable pavement work simulation device and a simulation method. The simulation device comprises at least two permeable pavement devices, a runoff rainwater simulation device, a rainfall simulation device and adata acquisition device, whereineach permeable pavement device comprises a permeation cavity with a top opening, and the bottom of each permeation cavity is detachably provided with a simulation permeable pavement; the runoff rainwater simulation device comprises a first water distribution barrel, the permeable pavement device is communicated with the first water distribution barrel in parallel, and the first water distribution barrel conveys simulation rainwater to the permeation cavity through a water conveying pipe; the rainfall simulation device comprises a second water distribution barrel and a spray head, and the spray head is located above the top opening of the permeation cavity; the data acquisition device comprises a plurality of data acquisition ends and a data processing end, the data acquisition ends are used for acquiring pressure and water permeability in the permeable paving device and water quality data at two ends of the permeation cavity, and the data processing end is electrically connected to the data acquisition ends so as to process and display data signals transmitted at the data acquisition ends and display performance indexes. The water permeable pavement water permeable process under various conditions can be simulated, and the water permeable pavement water permeable and water purification performance can be analyzed.

The invention discloses a soft robot active disturbance rejection control method based on a dielectric elastomer actuator. The method comprises steps that firstly, a dynamic control model of the dielectric elastomer actuator is established in a virtual work simulation mode; secondly, an extended state observer is designed to obtain the unknown system dynamic information and the state quantity of the dielectric elastomer actuator, and the unknown system dynamic information and the state quantity are taken as alternative quantities to use in the control process; a state tracking error signal iscalculated by utilizing difference between the current state quantity and a designed state expected value, and a state tracking error signal is fed back to the dielectric elastomer actuator by utilizing a designed state error feedback controller, so a control target of the software robot is realized when the state tracking error is converged to zero. The method is advantaged in that the control strategy of the dielectric elastomer actuator does not need to depend on an accurate dynamic control model of the dielectric elastomer actuator, so the requirement of an input signal of a control systemis reduced, and robustness and self-adaptability of the software robot control system based on the dielectric elastomer actuator are enhanced.

The invention discloses a plate scraping mechanism which comprises a tool (1) and a tool rest seat (3). The plate scraping mechanism is characterized in that the tool (1) is installed in an installation groove in the front end of a rocker arm tool rest (2); the tail end of the rocker arm tool rest (2) is hinged to the tool rest seat (3); the rocker arm tool rest (2) is installed on the tool rest seat (3) through an adjusting mechanism (4); and the adjusting mechanism (4) can adjust the inclination angle of the rocker arm tool rest (2) relative to the tool rest seat (3), and therefore the cutting depth of the tool (1) at the top end of the rocker arm tool rest (2) can be changed. By means of the plate scraping mechanism, a manual scraping principle is simulated, manual work can be well replaced for conducting scraping face and scraping edge machining, a broaching manner with elastic force is adopted for machining the scraping face and the scraping edge of a plate, the manual work simulation effect is good, the plate scraping mechanism is suitable for scraping edge or scraping face machining of the plate, the efficiency can be greatly improved, and the labor cost is reduced.