UltroNiu Secures Patent for Adjustable High-Frequency Hybrid PCB Pressing Component

A Printed Circuit Board (PCB) is a critical electronic component that supports and electrically connects other electronic parts. Its name derives from the electronic printing technology used in its fabrication. During PCB processing, precise positioning is essential. However, existing positioning components often lack the flexibility to adjust according to the specific length and thickness of different PCBs, resulting in suboptimal positioning effectiveness. To address this challenge, UltroNiu has developed and patented an innovative "Positioning Component for High-Frequency Hybrid Pressing PCB."

UltroNiu Technical Solution

1. Linked Horizontal & Vertical Movement: A horizontal plate is driven to move via a fixed rod and a connecting pin. This horizontal plate is connected to a vertical plate through a movable rod and a movable block, enabling coordinated vertical movement.
2. Adjustable Plate Mechanism: A movable pin and telescopic rod are connected to an adjustment plate, allowing for precise control and movement of this plate to accommodate different PCB dimensions.
3. Stabilized Base & Drive System: Support legs are fixed at the four corners of the component's base, with anti-slip grooves on the support plate top. A motor, fixed to the rear cavity, has its output end connected to a fixed rod. A connecting pin at the rod's top connects to the horizontal plate. A balance bar, slidably connected inside the horizontal plate and fixed to the top of the housing, stabilizes the horizontal plate's operation, ensuring it remains level.
4. Guided Plate Stabilization: A sliding rod is fixed to the inner top wall of the housing. Both the vertical plate and the adjustment plate are slidably connected to this rod, stabilizing their movement and facilitating smooth, precise adjustment.

UltroNiu Innovative Advantages

• Directly solves the problem of poor positioning caused by the inability of conventional components to adjust for PCB length and thickness.
• Employs a modular design, making the positioning component easier to install, maintain, and adapt.
• Integrates an intelligent control system to automate and streamline the positioning process, reducing operational difficulty and labor costs.
• The sliding rod stabilizes the movement of the vertical and adjustment plates, making fine-tuning straightforward and reliable.
• Incorporates a sliding groove and slider to stabilize the telescopic rod's operation, and uses a balance rod to ensure the horizontal plate maintains its level position, providing consistent balance and support.

Key Issues Addressed by UltroNiu

• Solves signal interference problems that can arise from poorly designed PCB positioning components.
• Addresses excessive heat generation during operation in existing positioning components.
• Delivers high-precision positioning capability to ensure accurate, error-free connections between PCB components.
• Features built-in shielding and isolation functions to guarantee the stability and reliability of high-frequency signal transmission during pressing.
• Designed for durability and ease of maintenance, reducing long-term upkeep costs and time, and extending the component's service life.