Brick Machine Meshing Gear

Brick Machine Meshing Gear, also known as spur gears, are cylindrical mechanical components with teeth that mesh together to transmit power or motion between two shafts. In a brick machine, meshing gears may be used to transfer power from the motor to other components such as the conveyor belts or rollers. The teeth on the gears interlock or mesh together, causing one gear to rotate and transmit power to the other gear. The size and design of the gear teeth can affect the amount of power that is transmitted, with larger gears generally being able to transmit higher amounts of power. Properly functioning meshing gears are essential to ensure that a brick machine operates efficiently and reliably, with minimal wear and tear on its components. However, worn or damaged gear teeth can cause the machine to operate improperly or even fail, leading to downtime or expensive repairs. Regular maintenance and replacement of worn gears is important to ensure proper performance and safety.

The structure of the small hydraulic brick making machine is composed of electric motor, reducer, feeding system, as well as the pressure head part and the crank slider pressing and forming system, and such a complex structure is also a big challenge in use. In the use of small hydraulic brick machine, it is mainly driven by the motor to drive the operation of the reducer, which drives the main shaft of the equipment to rotate, and at the same time transforms the movement through the crank slider pressing and forming system to drive the operation of the material truck, so as to complete the work of feeding and pushing bricks. 

The main parts of the brick making machine and its functions are as follows:

1. The brick machine body. It is used to install the various components of the press.

2. The pulley drive shaft in the brick making machine: the power of the motor is transmitted to the drive shaft through the transmission belt, which is generally a deceleration transmission. Transmission shaft. It is fitted with a pinion that engages with a large gear mounted at one end of the crankshaft.

3. The crankshaft and clutch in the equipment. The rotary motion of the large gear is turned into the reciprocating linear motion of the slider through the crank connecting rod mechanism. The rotating large gear is then engaged or disengaged from the crankshaft to rotate or stop the crankshaft.

4. Fuse. Overload protection device for hydraulic brick making machine machine. If the stamping force exceeds the nominal pressure during the stamping process, the safety device will be destroyed to achieve the purpose of protecting the press.

5. Brake in hydraulic brick making machine. Overcome the inertial movement of the crankshaft and slider after the clutch is disengaged, so that they can stop in time.

6. a connecting rod. It is the connecting part of the crankshaft and the slide. Adjust the screw. It is used to adjust the closing height of the press. Bearing. Used as a crankshaft support.

7. Small brick making machine slider control device. It is a part that attaches the upper die of the die and transmits the punching force to the workpiece. Controls. It is used to manipulate and control the engagement or disengagement of the clutch.

8. Studs and foot pedals. It is used to adjust the inclination angle of the hydraulic brick making machine. Foot pedals. The electromagnet is operated by the electrical switch in the foot pedal to drive the control device to start or stop the single punch (referred to as single punch) or continuous punch (referred to as continuous punch) of the hydraulic machine.