??天天电玩城??

Mechanical comprehensive display case (mechanical principle, mechanical parts, reducer)
"Reducer" Showcase
"Principle of Machinery" Showcase
"Mechanical Fundamentals" Showcase
"Motors and Transformers" Showcase
Metal Technology Showcase
"Building Construction" Showcase
"Chemical Technology" Showcase
"Mechanical Design Basics" Teaching Showroom
"Innovative Design of Machinery" Showcase
"Pump, Valve" Showcase
"Machine fixture design" teaching display case
"Tolerance fit" showcase
"Large Measuring Tools" Display Case
"Welding, riveting, technology" showcase
"Turning Technology" Showcase
"Fitterwork Technology" Showcase
"Mold" teaching display case

"Mechanical Drawing" Showcase
"Metal Cutting Tools" Showcase ||| "Metal Cutting" Showcases
"Mechanical Parts" Showcase
"Mechanical Parts Design" Showcase
Multimedia Intelligent Control "Mechanical Principles and Mechanical Design" Showcase
Multimedia Intelligent Control "Stamping Die Design and Manufacturing" Showcase
Multimedia Intelligent Control "Design and Manufacture of Plastic Mold" Showcase
Multimedia intelligent control "mechanical engineering drawing" display case
Mechanical engineering descriptive geometry multimedia design experimental device
"Stamping Die Design and Manufacturing" Multimedia Simulation Design Experimental Device
Training device for multimedia 3D surveying and mapping design model of mechanical drawing
Multimedia drawing three-dimensional surveying and mapping design training device for mechanical drawing
"Metal Technology" Multimedia Simulation Design Comprehensive Experimental Device
"Hydraulic Transmission" Multimedia Virtual Simulation Comprehensive Experimental Device
"Plastic Mold Design and Manufacturing" Multimedia Simulation Design Experimental Device
Combined experimental platform for innovative design analysis of mechanism movement
"Mechanical Principles" Multimedia Simulation Design Comprehensive Experimental Device
Advanced multimedia engineering drawing design laboratory equipment
"Mechanical Fundamentals" Multimedia Simulation Design Comprehensive Experimental Device


"Mechanical Principles" Multimedia Simulation Design Comprehensive Experimental Device

Applicable to courses such as "Mechanical Basics", "Mechanical Design", "Principle of Machinery", "Mechanical Parts" and so on. This experimental device has both theoretical and practical characteristics. This experimental device consists of two parts: principle basis and basic design. The experimental device uses mechanical principles. The multimedia software uses computer animation to demonstrate the model's movement laws. At the same time, it can also demonstrate the model with sound and synchronization. The multimedia software contains 70 pieces of mechanism model animation content and some design software. The experimental device uses 70 module board models and instructions For use by students; module boards can be replaced as needed for course content. ( Teaching Equipment | Teaching Instruments )

Product Features

1. The experimental bench uses one P4 computer host, one 17-inch monitor, one mouse and one keyboard.

2. Use multimedia software interface to vividly demonstrate the whole process of various mechanism movements with two / three-dimensional animation, and use voice to explain various mechanism functions and principles, so that students can achieve a close combination of theory and practice.

3. Use the text chart description file of the module board to guide students to independently analyze the mechanical infrastructure and movement mode, and cultivate the ability to look at pictures and identify pictures.

4. Use physical models to give students a deeper understanding of institutional composition and structural principles, increase student design and analysis of course content, and cultivate students' innovative awareness.

5. The experimental device uses 70 models, 70 text chart boards and 6 design software to introduce the functions and structures of various institutions and their uses and functions, respectively.

6. This device adopts a component structure, and it is convenient to replace the text chart board and model. If you need to expand the function or develop new experiments, you only need to add the text chart board and model.
机械原理多媒体仿真设计综合实验装置

Third, the main technical parameters

1. Working power: single-phase 220V AC power.

2. Structure: The test bench is made of iron sheet metal with plastic spray structure, which is durable.

3. Working environment: temperature -10 0-+ 40 0 C.

4. Power consumption of the whole machine: <1KW

5. Dimensions of the test bench: 1600 × 750 × 1750mm

Serial number

name

Description

Serial number

name

Description

1

Single cylinder internal combustion engine and mechanism

All models are produced with corresponding animated images. The multimedia control software is used to display two-dimensional or three-dimensional animations, which vividly demonstrate the movement principles of various models.

twenty two

Pumps (2 pieces)

All models are produced with corresponding animated images, and multimedia control software is used to perform two-dimensional or three-dimensional animation demonstrations, which vividly demonstrate the movement principles of various models.

2

Sewing machine and mechanism

twenty three

Jaw crusher and motion diagram

3

Sports pair (6 pieces-with animation effect)

twenty four

Flying shear

4

Four-bar hinge mechanism

25

Port crane

5

Crank rocker mechanism

26

Disc cam mechanism

6

Double crank mechanism

27

Disc cam mechanism (swing roller)

7

Pressure angle and transmission angle

28

Disc cam mechanism (roller linear motion)

8

Double rocker mechanism

29

Disc cam mechanism (flat bottom linear motion)

9

Conditions for the existence of a crank

30

Moving cam mechanism

10

Clamping mechanism

31

Slot cam mechanism

11

Crank slider mechanism

32

Isometric cam mechanism

12

Rotary guide mechanism

33

Constant-width cam mechanism

13

Crank rocker mechanism

34

Main return cam mechanism

14

Double slider mechanism

35

Cylindrical cam mechanism (2 pieces)

15

Double block mechanism

36

Cam reversal principle for displacement curve

16

Ellipsometry

37

Displacement relationship between contour and curve

17

Sine mechanism

38

Offset follower contour curve design steps

18

Designing a four-bar mechanism with a given stroke speed variation coefficient K

39

External meshing spur gear transmission

19

Designing a four-bar mechanism for a given link position

40

External mesh helical gear transmission

20

Designing a four-bar mechanism given the corresponding positions of two connecting rods

41

Herringbone gear transmission

twenty one

Design of guide rod mechanism with given speed variation coefficient

42

Internal gear spur gear drive


Serial number

name

Description

Serial number

name

Description

43

Rack and pinion drive

All models are produced with corresponding animated images, and multimedia control software is used to perform two-dimensional or three-dimensional animation demonstrations, which vividly demonstrate the movement principles of various models.

60

Motion synthesis

All models are produced with corresponding animated images, and multimedia control software is used to perform two-dimensional or three-dimensional animation demonstrations, which vividly demonstrate the movement principles of various models.

44

Helical gear transmission

61

Harmonic drive

45

Helical gear rack drive

62

External meshing sheave mechanism

46

Bevel gear drive

63

Internal meshing sheave mechanism

47

Curve gear transmission

64

Spherical sheave mechanism

48

Worm gear

65

Ratchet mechanism

49

Worm gear

66

Different encounters of brothers (anti-reverse ratchet mechanism)

50

Main parameters of standard gear transmission

67

Gear intermittent mechanism

51

Names and symbols of parts of involute gears

68

Internal meshing intermittent mechanism

52

Coincidence of involute gears

69

Space intermittent mechanism

53

Derivation of the basic law of tooth profile meshing

70

4R universal joint

54

Gear shift concept

71

Link curve design software

Dynamic Design Software Experiment

55

Formation of involutes

72

Rotary guide mechanism design software

56

Epicyclic gear train

73

Dual joystick mechanism design software

57

Differential gear train

74

Double crank mechanism design software

58

Planetary gear train

75

Cam design software

59

Cycloidal pin wheel mechanism

76

Gear calculation software

Teaching and teaching machinery display cabinet: Products

??天天电玩城?? | About JingGong | Products | Contact Us Honesty, Excellent Quality, Technological Innovation, Welcome to patronize
Copyright :: Beijing, China Beijing Engineering Technology Teaching Equipment Co., Ltd ....... Address: Hotline No. 9 Fangyuanli, Nanxiao Street, Jiugong Development Zone, Beijing Tel: 010-87966065 .. 87917759 Fax: 010 -87917759
E-mail: bjhjwy@bjhjwy.com QQ: 787608606
Shanghai Branch: No. 801 Yongxing Road, Zhabei, Shanghai. Hotline: 021-556301098 Fax 021-556301098
七乐彩 韦德足球 欢乐拼三张 欢乐拼三张