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Used for the "Mechanism Movement Simplified Diagram Surveying and Analysis Experiment" in the mechanical principles course. The workpiece is beautiful and elegant, with high precision in finishing and assembly, and the moving components are flexible and free of interference.
M*n technical parameters:
1. Model material: made of aluminum alloy material or real object.
2. The moving components are mechanically finished, with high installation accuracy and flexible movement of the mechanism.
3. The base plates and brackets of each model are p*nted uniformly, and the moving parts are color-coded to make them beautiful and elegant (if there is a base plate).
Model list:
(1) Gear transmission and epicyclic gear tr*n
(2) Tooth force analysis, normal section, involute formation and tooth completion processing
(3) Planar linkage mechanism
(4) Sprocket, pulley, friction wheel transmission
(5) Clutches and couplings
(6) Cam mechanism
(7) Grooved ratchet mechanism
欢迎咨询YLJXM series mechanical principle transmission experiment platform相关问题,我们是源头工厂，有标准工业厂房生产基地，欢迎前来考察，如有YLJXM series mechanical principle transmission experiment platform其他问题，可联系19957812178
M*n technical parameters:
1. Model material: made of aluminum alloy material or real object.
2. The moving components are mechanically finished, with high installation accuracy and flexible movement of the mechanism.
3. The base plates and brackets of each model are p*nted uniformly, and the moving parts are color-coded to make them beautiful and elegant (if there is a base plate).
Model list:
(1) Gear transmission and epicyclic gear tr*n
| serial number | Name |
| 1 | Cylindrical gear transmission |
| 2 | Cylindrical helical gear transmission |
| 3 | Cylindrical internal tooth mesh gear transmission |
| 4 | Bevel gear transmission |
| 5 | Conical helical gear transmission |
| 6 | Worm gear drive |
| 7 | rack and pinion transmission |
| 8 | Non-circular gear transmission |
| 9 | Arc gear transmission |
| 10 | Herringbone gear transmission |
| 11 | Helical tooth cylindrical transmission |
| 12 | Incomplete gear transmission |
| 13 | Incomplete internal gear transmission |
| 14 | Arc tooth cylindrical worm drive |
| 15 | Face gear envelope worm drive |
| 16 | Rolling ball arc worm drive |
| 17 | Conical gear transmission |
| 18 | Hypoid gear transmission |
| 19 | Double-wrapped arc worm drive |
| 20 | Cone and worm drive |
| twenty one | External meshing epicyclic gear tr*n |
| twenty two | Double row external meshing epicyclic gear tr*n |
| twenty three | Internal meshing epicyclic gear tr*n |
| twenty four | Double row internal and external epicyclic gear tr*n |
| 25 | Bevel gear epicyclic gear tr*n |
| 26 | Car rear axle differential |
| 27 | Gear hobbing machine differential gear tr*n |
| 28 | Fixed axis gear tr*n (typical) |
| 29 | Hybrid gear tr*n (typical) |
| 30 | Fixed shaft gear tr*n with internal gear |
| 31 | Differential gear tr*n |
| 32 | Sliding scale gear reversing mechanism |
| 33 | Bevel gear reversing mechanism |
| 34 | 2K-H epicyclic gear tr*n |
| 35 | 3K epicyclic gear tr*n |
| 36 | Composite gear tr*n |
| 37 | Small tooth difference planetary gear tr*n |
| 38 | Shunt drive |
| 39 | Larger transmission ratio |
| 40 | Variable speed drive |
| 41 | motion synthesis |
| 42 | Movement breakdown |
| 43 | Cycloidal pinwheel transmission |
| 44 | Harmonic gear transmission |
| 45 | Different module gears |
| 46 | Fixed axis gear tr*n transmission ratio calculation |
| 47 | Worm drive fixed shaft gear tr*n |
| 48 | Transmission mechanism composed of sliding gears |
| 49 | Grinding machine grinding wheel frame feeding mechanism |
| 50 | Gear hobbing machine table transmission system |
| 51 | Vehicle rear axle device with drive shaft |
| 52 | Integral bullhead planer mechanism |
| serial number | Name |
| 1 | Force analysis of cylindrical str*ght teeth |
| 2 | Cylindrical helical gear |
| 3 | Cylindrical str*ght teeth |
| 4 | conical helical gear |
| 5 | Turbine shaft |
| 6 | gear mesh |
| 7 | undercut of tooth |
| 8 | Stress analysis of equivalent number of teeth of bevel teeth |
| 9 | Cylindrical str*ght tooth normal section |
| 10 | Cylindrical helical gear normal section |
| 11 | Conical str*ght tooth normal section |
| 12 | Conical helical tooth normal section |
| 13 | Helical rack normal section |
| 14 | Cylindrical gear involute formation |
| 15 | Cylindrical helical tooth involute formation |
| 16 | Bevel gear spherical involute formation |
| 17 | Disc milling cutter Fancheng cuts gears |
| 18 | Finger milling cutter Fan Cheng cuts gears |
| 19 | Rack cutting tool Fancheng cutting gear |
| 20 | Hob Fancheng cutting gears |
| serial number | Name |
| 1 | Rotating p*r (typical) |
| 2 | Spiral p*r (typical) |
| 3 | Spherical p*r (typical) |
| 4 | Senior Vice President (Typical) |
| 5 | Mobile Vice (Typical) |
| 6 | crank rocker mechanism |
| 7 | Slider crank mechanism |
| 8 | crank guide mechanism |
| 9 | double crank mechanism |
| 10 | Double rocker mechanism |
| 11 | Rotary guide rod mechanism |
| 12 | Moving guide rod mechanism |
| 13 | Rotating guide rod mechanism |
| 14 | sine mechanism |
| 15 | Tangent mechanism |
| 16 | parallelogram mechanism |
| 17 | antiparallelogram mechanism |
| 18 | Double slider mechanism |
| 19 | Double rotating block mechanism |
| 20 | Swing guide rod mechanism |
| twenty one | Offset crank slider mechanism |
| twenty two | Eccentric mechanism |
| 25 | Movement trajectory of four-bar mechanism |
| 28 | Libra Institution |
| 29 | Fixed pulley mechanism |
| 30 | Automatic feeding mechanism |
| 31 | Slotting mechanism |
| 32 | punch mechanism |
| 33 | Port lifting mechanism |
| 34 | Electric furnace door opening and closing mechanism |
| 35 | Inertial screen mechanism |
| 36 | Samsung gear reversing mechanism |
| 37 | Jaw crusher mechanism |
| 38 | Car front wheel steering mechanism |
| 39 | Cattle planing emergency return agency |
| 40 | Mixer mechanism |
| 41 | Locomotive wheel linkage mechanism |
| 42 | *rcraft landing gear mechanism |
| 43 | Internal combustion engine crank connecting rod mechanism |
| 44 | Diesel engine valve mechanism |
| 45 | Drilling machine workpiece clamping mechanism |
| 46 | Steam turbine linkage mechanism |
| 49 | six-bar mechanism |
| 54 | Gear linkage |
| 55 | Emergency linkage mechanism |
| 56 | Large swing angle emergency return mechanism |
| 57 | Automatic car tipping bucket |
| 59 | Bucket lifting mechanism (with forklift) |
| 62 | Eccentric oil pump mechanism |
| 63 | Cam linkage combination mechanism |
| 64 | brake mechanism |
| 65 | Radar antenna pitch mechanism |
| 66 | Photography platform lifting mechanism |
| 68 | Planter hopper mechanism |
| 71 | Crank rocker evolution mechanism 8 pieces/set |
| 72 | Bullhead planer transverse feed mechanism |
| 73 | Sewing machine pedal mechanism |
| 74 | Thread rolling mechanism |
| serial number | Name |
| 1 | Roller ch*n drive |
| 2 | Synchronous toothed belt drive |
| 3 | V-shaped pulley transmission |
| 4 | Flat pulley drive |
| 5 | cross drive |
| 6 | semi-cross drive |
| 7 | V-belt tensioner transmission device |
| 16 | Flat belt tensioner drive |
| 17 | V-belt horizontal transmission |
| 18 | V-belt vertical transmission |
| 19 | V-belt gravity automatic tensioning |
| serial number | Name |
| 1 | dog clutch |
| 2 | Single disc friction clutch |
| 3 | Teeth type safety clutch |
| 4 | cone friction clutch |
| 5 | Ratchet overrunning clutch |
| 11 | Multi-plate friction clutch |
| 12 | Fixed coupling |
| 13 | Cross slide coupling |
| 14 | gear coupling |
| 15 | Flexible pin coupling |
| 16 | sleeve coupling |
| 17 | Nylon pin |
| 18 | Single universal coupling |
| 19 | Double cardan coupling |
| serial number | Name |
| 1 | Spiral driven rod cam mechanism |
| 2 | Offset driven rod cam mechanism |
| 3 | Roller swing driven rod cam mechanism |
| 4 | Roller swing end groove |
| 5 | Centered Flat Bottom Follower Rod Cam Mechanism |
| 6 | Offset Flat Bottom Follower Cam Mechanism |
| 7 | Arc surface driven rod cam mechanism |
| 8 | Cylindrical cam mechanism |
| 9 | cone cam mechanism |
| 10 | moving cam mechanism |
| 11 | End cam mechanism |
| 12 | M*n return cam mechanism |
| 13 | Constant width cam mechanism |
| 14 | Equal diameter cam mechanism |
| 15 | Cylindrical cam intermittent motion mechanism |
| 16 | Worm cam intermittent motion mechanism |
| 17 | Lathe tool holder automatically feeds cam mechanism |
| serial number | Name |
| 1 | Single arm external sheave mechanism |
| 2 | Double arm outer sheave mechanism |
| 3 | uneven sheave mechanism |
| 4 | Spherical sheave mechanism |
| 5 | Gear and sheave mechanism |
| 6 | ratchet mechanism |
| 7 | Internal ratchet mechanism |
| 8 | End face sheave mechanism |
| 9 | Double-action ratchet rack mechanism |
| 10 | Bidirectional drive ratchet mechanism |
| 11 | Adjustable angle ratchet mechanism |
| 12 | Crank and rocker driven ratchet mechanism |
| 13 | Silent ratchet mechanism |
| 14 | Multi-pawl ratchet mechanism |
| 15 | Changing the crank length to adjust the ratchet mechanism |
| 16 | Friction ratchet mechanism |
| 17 | Ratchet one-way intermittent mechanism |
| 18 | Single rack intermittent mechanism |
| 19 | Double rack intermittent mechanism |
| 20 |
Anti-reverse ratchet mechanism |
欢迎咨询YLJXM series mechanical principle transmission experiment platform相关问题,我们是源头工厂，有标准工业厂房生产基地，欢迎前来考察，如有YLJXM series mechanical principle transmission experiment platform其他问题，可联系19957812178
