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This technology relates to automatic mixing equipment that mixes gel-state synthetic resin using first and second rollers, an upper contact blade, and a transfer unit.
Conventional synthetic resin mixing has faced challenges in achieving uniform blending and automated continuous operation.
To address this, the technology uses an upper contact blade to mix and guide the resin wound on the rollers, while a transfer unit adjusts its position to ensure the synthetic resin is mixed automatically and uniformly.
This technology relates to a smart window that automatically opens and closes using a bidirectional pulley and wire drive system that moves the window within the frame.
Existing automatic windows have complex drive mechanisms and lack stability in bidirectional operation.
To address this, the technology utilizes a drive motor, forward/reverse pulleys, wires, and a shaft to provide stable, automatic, bidirectional window operation.
This technology relates to an electronic identification tag consisting of a string secured to a facility and an RFID tag unit that slides along it.
Existing facility identification tags have been difficult to secure firmly in a desired position.
To address this, our technology uses a string grip tube and a knot formed through an exposed section to lock the tag unit in a specific position, thereby increasing facility management efficiency.
This technology relates to a wind-powered delineator that connects an LED unit and a wind power generation unit using a sliding rotational coupling via a band fastener and a fixing band.
Existing delineators have struggled to simultaneously achieve self-power generation, high visibility, and ease of assembly.
To address this, this technology utilizes a wind power generation unit for self-sufficient power and connects the LED unit through a sliding rotational and bolt coupling of the fixing band, realizing a self-powered delineator.
This technology relates to a plastic raw material processing method that removes metallic substances using a magnetic component at the inlet while mixing raw resins and additives.
Conventional plastic raw material processing has faced issues with product quality and equipment damage due to metallic substances mixed into the raw materials.
To address this, the technology installs a metallic substance removal unit featuring a crawler belt and a magnetic component at the inlet of the mixing section, allowing for uniform mixing of raw materials while simultaneously removing metals.
This technology relates to a switchgear designed to withstand natural disasters by lifting its main body using a pivot-coupled axis and cylinder structure connected to the outer and inner housing.
Conventional switchgear has been difficult to protect during natural disasters such as flooding or heavy rain.
To address this, the technology uses a cylinder-piston axis and a pivot-coupled axis to raise the main body, protecting the power distribution equipment during disaster situations.
