This patent relates to an automated inspection device for electric motors, in which the motor is operated inside a soundproof chamber while noise and vibration are measured by sensors. The system includes a pallet, transfer and lifting units, as well as clamping and loading mechanisms, enabling precise and automated detection of abnormal noise in the motor.
This patent relates to a device that enables riveting using a servo-driven mechanism instead of a hydraulic system. Comprising a rivet arm, servo motor, power supply, and servo controller, the device allows for precise and efficient riveting operations across various industrial fields.
This patent relates to a system that enables the safe remote control of the high voltage of an ion accelerator by connecting optoelectronic switches in series. Through components such as a microprocessor, signal conversion unit, and optoelectronic signal transmission module, the system allows control without direct contact with high voltage, thereby protecting both human operators and equipment, while contributing to advances in high-voltage control technology.
This patent relates to a system that enables the safe remote control of the high voltage of an ion accelerator by connecting optoelectronic switches in series. With components such as a microprocessor, signal conversion unit, and optoelectronic signal transmission module, the system makes it possible to control the high voltage without direct contact, thereby protecting both personnel and equipment, and contributing to the advancement of high-voltage control technology.
This patent relates to a device and method for efficiently utilizing PLC input ports by encoding multiple external inputs into a diode matrix and converting them into BCD values. It is characterized by its procedure for determining whether the input signal is single or multiple: in the case of a single input, it performs interlock processing and decoding; in the case of multiple inputs, it permits them through comparison operations. This enables concise and safe processing of input signals.
This patent relates to a pressurizing spindle device composed of multiple motors, a rotating tube, and a rotating rod. Its key feature is that the first and second drive units operate in conjunction with gears, slide tubes, a pressure plate, and a collet, enabling the device to perform precise pressing and rotational functions simultaneously.
This patent relates to a device for removing residual water inside a fire hose and eliminating hose kinks. The system consists of a housing, fixed and movable plates, pressurizing and discharge rollers, cylinders, and guide bars that work in coordination to secure, compress, and transport the hose, thereby efficiently discharging water and preventing deformation.
This patent relates to a device that automatically supplies, positions, and fastens screws through a driver guide and fastening guide. It is composed of a support plate, actuator, driver guide, cartridge actuator, cartridge body, and seating structure. The system is designed to enable rapid and precise fastening of multiple screws.
This patent relates to a device for removing residual water inside a fire hose and eliminating hose kinks. The system consists of a housing, fixed and movable plates, pressurizing and discharge rollers, cylinders, and guide bars that work in coordination to secure, compress, and transport the hose, thereby efficiently discharging water and preventing deformation.
