Sewing M/C Bevel Cylindric Set With Spur Helical Gear For Computer Pattern Machine

In a computer pattern machine, cylindrical gears play a significant role in the power transmission system and the movement of various components. Here are some key roles and functions of cylindrical gears in a computer pattern machine:

1. Motor to Drive System: Cylindrical gears are used to transmit power from the motor to the drive system of the machine. They help convert the rotational motion of the motor into the desired movement required for different machine functions.
2. Needle Bar Drive: Cylindrical gears are involved in driving the needle bar, which holds the needle and controls its up-and-down movement. The gears transmit power from the motor to the needle bar mechanism, ensuring precise and synchronized needle movement during the sewing process.
3. Feed Mechanism: Cylindrical gears are used to drive the feed mechanism, which consists of feed dogs or other feeding components that advance the fabric during sewing. The gears transmit power to the feed dogs, enabling synchronized movement and accurate fabric feeding.
4. Thread Tensioning: Cylindrical gears may also be utilized in the thread tensioning system of the computer pattern machine. They help control the tension applied to the upper thread, ensuring consistent and balanced thread tension throughout the sewing process.
5. Other Machine Functions: Cylindrical gears may be employed in various other components and mechanisms of a computer pattern machine, depending on its specific design and features. This can include functions such as bobbin winding, thread trimming, stitch selection, and more.

In a computer pattern machine, bevel gears can have several roles and functions depending on the specific design and features of the machine. Here are some potential roles of bevel gears in a computer pattern machine:

1. Power Transmission: Bevel gears can be used to transmit power between different components or systems within the machine. They are often employed when there is a need for power transfer at an angle or a change in the direction of rotation. Bevel gears can efficiently transfer rotational motion between shafts that are not parallel to each other.
2. Drive System: Bevel gears may be used in the drive system of the computer pattern machine to transmit power from the motor to various components. They can help control the speed and movement of different parts, such as the needle bar, feed mechanism, or other functional elements.
3. Needle Bar Drive: Bevel gears can play a role in driving the needle bar mechanism. They help transfer power from the motor to the needle bar, which controls the up-and-down movement of the needle. The bevel gears ensure synchronized rotation and precise needle movement during the sewing process.
4. Angle Adjustment: Bevel gears can be utilized to adjust the angle of certain components in a computer pattern machine. They enable the adjustment of the machine's settings or the orientation of specific parts, allowing for customization and flexibility in sewing operations.

A computer pattern machine, also known as a computerized pattern sewing machine or computerized sewing machine, is an advanced sewing machine that incorporates computer technology to automate and enhance various aspects of the sewing process. These machines are widely used in the garment and textile industry for efficient production and precision sewing. Here are some key features and functions of computer pattern machines:

1. Computerized Control: Computer pattern machines are equipped with a built-in computer system that controls and manages various sewing operations. The computerized control allows for precise stitch formation, pattern stitching, and customization of sewing parameters.
2. Pattern Storage and Selection: Computer pattern machines can store a wide range of sewing patterns and designs digitally. Users can select and load specific patterns from the machine's memory, eliminating the need for manual pattern drafting or template tracing. This feature enables rapid pattern changes and flexibility in design choices.
3. Automatic Stitch Formation: These machines utilize computer-controlled mechanisms to form stitches accurately and consistently. The computer system coordinates the movement of the needle, thread tension, and fabric feed, resulting in precise and high-quality stitch formation.
4. Programmable Stitching: Computer pattern machines often offer programmable stitching capabilities, allowing users to create custom stitch patterns and combinations. This feature is particularly useful for decorative stitching, embroidery, and intricate designs.
5. Touchscreen Interface: Many computer pattern machines feature a user-friendly touchscreen interface for easy navigation and settings adjustment. The touchscreen allows users to input parameters, select patterns, modify stitch settings, and access various machine functions conveniently.
6. Automatic Thread Trimming: Some computer pattern machines are equipped with automatic thread trimming mechanisms. These mechanisms automatically trim the thread at the end of each seam, reducing manual labor and enhancing productivity.
7. Stitch Length and Width Adjustment: Computer pattern machines allow users to adjust stitch length and width digitally. This feature provides precise control over stitch dimensions, catering to different fabric types and sewing requirements.
8. Speed Control: These machines typically offer variable speed control options, enabling users to adjust the sewing speed according to their preference and the complexity of the sewing task.