Elevator safety teaching training device

 

Management subsystem is composed of user management, professional management, teacher management, class management, and student management. The function is as follows:

(1) User management: system user name, account number, password and permission definition;

(2) Professional management: including professional names, use status and other information;

(3) Class management: including class names, class descriptions, professional majors, etc.;

(4) Teacher management: m--nly include user names, names, gender, phone number, e -m--l and professional information;

(5) Student (candidate) management: student (candidate) name, account number, password, class, etc., receive examinations or practice tasks.

 

2. Teaching student system

The teaching student system consists of functional modules such as teaching resource libraries, my courtyard folder, learning task release, learning status analysis, student end, etc. The characteristics are as follows:

(1) The three -dimensional virtual simulation teaching resource library that comes with the management platform. The teaching resource library is constructed by the 3D animation teaching resource package and 3D virtual tr--ning resource package of each course. Teachers can also be customized and uploaded other courseware resources that need to be shared, such as: electronic lesson plans, PPT, teaching videos, pictures, document information, etc.;

(2) Teachers can customize courseware with their own characteristics according to teaching requirements. The courseware can choose the three -dimensional virtual simulation resources that comes with the platform. , Taking classroom teaching;

(3) Teachers can selectively publish learning or tr--ning tasks according to the teaching progress for students to study or after -school learning;

(4) Teachers can inquire students online, login, study duration, practice scores, etc.

Technical Parameters:

1. Input power supply: three -phase AC380V ± 10% 50Hz, power 1.5kW.

2. Corresponding fan parameters: --r volume 2200 m3/h, wind pressure 1000 PA, power 1.5kW.

3. Local suction wind cover, transparent and organic glass material; experimental pipeline diameter φ160mm.

4. Blittering flow meter with oblique tube micro pressure meter metering speed: the range -10-700Pa.

5. 24 Tube oblique pipe pressure meter measuring the cylindrical parts and wing test parts of each point of each point of the pressure distribution. The length is 800mm, and the height shift ruler.

6. Experimental --r duct, 304 st--nless steel material in the entrance section and outlet section, the experimental section is made of transparent organic glass, and the experimental section can be switched and installed with various test parts. The flanges nut is connected to each other to facilitate disassembly.

7. Dimensions: 1700 × 500 × 1700mm. The shape is st--nless steel movement, with a double brake wheel.

8. Building building and smart building electrical installation virtual simulation software

Based on the UNITY3D design, users choose different interactive interface size based on the computer configuration. The software in the software can be rotated, magnified, reduced, and translated at 360 °. There are small assistant tips for software use, the content is as follows:

A. Wet alarm system

1. System summary: Overview of Wet Alarm System

2. Equipment cognition: there are ** perspectives, equipment det--ls (displayed or parameters of the device), practice (built -in 6 selection questions, there are prompts for correctness and errors), schematic diagrams (can be entered from the schematic diagram Go to the device). The equipment includes: nozzle, water flow indicator, signal butterfly valve, exhaust valve, fire alarm control, executive pressure gauge, high water tank, Weia control cabinet, stabilization tank, flow switch, end -end water testing device, dr--nage facility, water pump combinations, water pump combination Instruments, hydraulic bells, latencys, wet alarms, butterfly valves, stop valves, fire pumps, safe stabilization valves, fire pools.

3. Principles display: Show the working principle of the wet alarm system, the three -dimensional animation demonstration, the three -dimensional model is translucent, and the internal water flow can be seen. Equipped with the exercise module (4 built -in multiple choice questions, there are prompts to choose correctly and errors)

4. Design arrangement: There are choices and calculation questions, each question has scored scores. After submission, the correct answer and score are displayed