1. Dropper
Input: green pulley shaft
There is a sliding device between the green and red hollow shafts.
The yellow slider moves up and down depending on the status of the green bar.
2. Frickpress 1 (Frickpress 1)
Input: green pulley shaft
There is a sliding device between the green shaft and the red hollow shaft.
The blue disc screw will contact the two red discs alternately.
The up-and-down movement of the yellow slider is controlled by a purple rod.
The slider reaches the highest speed at the lowest position of reciprocating motion and the slowest speed at the highest position.
The pink Stop button determines the top position of the slider.
3. Frictionpress 2（Frictionpress2）
Input: center pinion
This purple disc has four gears and two rollers.
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The roller alternately contacts the yellow disc and moves the screw back and forth.
Turn the blue slider mechanism so that it can move up and down, and fix it in three different positions, and put the rod in three different positions at the same time.
There is a stop device, which will remain stationary when the disc is stationary and will not be displayed.
4. Manual Punching Machine 1
Combination of gear transmission and slider crank mechanism.
5. Manual Punch 2
Camera and linear reciprocating follower.
6. Manual Shearer 1 (Manual Shearer 1)
Planetary gears are used.
The amount of manual power is applied to the satellite device.
Other gears are fixed.
The upper tool table is fixed on the carrier.
7. Manual Shearer 2 (Manual Shearer 2)
A four-bar linkage is adopted.
Manual power acts on a crank.
The upper tool table is fixed on other cranks.
8. Foot shears 1
The blue slider is driven by the slider crank mechanism.
This crank is a purple pedal lever.
The orange low-shear baffle is fixed on the machine base.
The red upper shear blade has oblique blades to reduce the shear force.
9. Foot shears 2
This blue slider is driven by a six-bar linkage.
The moving track of the green slider is on the blue slider.
The orange low-shear baffle is fixed on the machine base.
The red upper shear blade has oblique blades to reduce the shear force.
10. Tateworth said 1
Position adjustment action of orange circular blade:
Use pink nuts to move up and down. The motor is adjusted by a pink pin.
Use orange nuts for tilting movement.
11. Tateworth Watch 2
Position adjustment action of orange circular blade:
Use pink nuts to move up and down. The motor and cutter shaft are adjusted by pink pins.
Use pink nuts for tilting action.
12. Flip mechanism 1
This mechanism can turn a flat plate through two four-bar mechanisms.
These two turning plates are actually parts extending from the fourth rod of the two "4".
13. Flip mechanism 2
Connecting rod length: 50
Two rocker arm lengths: 120 and 140.
Distance between two fixed bearings: 50
The workpiece rotates 180 degrees, and the blue crank rotates 90 degrees.
14. Transport mechanism 1
The elliptical motion of the blue connector drives the movement of the red workpiece.
This is the trajectory of a point on the pink bar quadrupole mechanism.
The yellow and orange poles are interconnected to form a parallelogram structure.
