3results about How to "Easy to process and implement" patented technology

The application discloses a kind of semiconductor water-cooled ring part machining process method, and semiconductor water-cooled ring part includes two parts of water-cooled ring main body and a cover plate, and the body is opened with annular groove feature, cover plate is placed in ring groove, and sealed water channel structure is formed by welding method, and processing method includes twice machining and once welding. Among them, first machining processes water-cooled ring main body and cover plate respectively, and annular groove feature is machined on the front and back of water-cooled ring main body respectively, and cover plate is assembled on both sides during welding, and the front and back are welded respectively, and second machining cuts open the part after welding in the center position of main body thickness direction using wire cutting method, to form two water-cooled ring parts.The process method of the application is welded on both sides, which can effectively reduce the welding deformation, and there is no need for straightening after welding, and two water-cooled rings can be formed after machining once, which can improve production efficiency.

This utility model discloses a flat-mounted, concealed-sash, slim, heat-insulating window, belonging to the technical field of heat-insulating windows. It includes a window frame and a window sash. The window frame includes an outer frame and an inner frame, connected by two parallel first thermal insulation strips. The window sash includes an outer sash and an inner sash, connected by a multi-cavity thermal insulation strip. A double-glazed pane is installed between the outer and inner sashes. A first sealant is installed between the outer and inner sashes, with an extended sealant attached to the back of the outer sash. The outer frame includes an extended edge plate extending towards one side of the window sash, flush with the extended sealant. The inner sash includes an extended edge plate extending towards one side of the window frame, flush with the inner frame. This utility model achieves an extremely slim and stable window frame and sash structure, with a flush visible surface, resulting in a simple and aesthetically pleasing overall appearance and excellent visual appeal, while reducing safety hazards caused by uneven structures.

The application discloses an assembled heat-insulation curtain wall window system with in-band casement hidden fan, which comprises a plurality of window sashes, the window sashes are spliced to form a rectangular window structure, side vertical window frames are arranged on both sides of the window structure, side horizontal window frames are arranged on the top and bottom of the window structure, and the side horizontal window frames are used for being connected and fixed with a main body structure of a curtain wall, wherein: a heat-insulation strip is arranged in a gap between two adjacent window sashes, and the gap is shielded by a pressing plate; the side vertical window frame is provided with a heat-insulation strip, and a gap between the side vertical window frame and an adjacent window sash is shielded by a pressing plate; the side horizontal window frame is provided with a heat-insulation strip, and a gap between the side horizontal window frame and an adjacent window sash is shielded by a pressing plate; and the window sash is an opening sash and a fixed sash. The profile has high uniformity, is easy to process and implement, is convenient to install and disassemble, has stable structure, good heat-insulation effect, good adjustability, less material consumption and good visual effect.