47results about How to "Does not affect cylindrical shape" patented technology

A movable plate fixing device used for welding and adopting solar energy for power supply comprises a bearing base plate (61) for bearing a to-be-welded plate (29) and a fixed cylinder assembly (62) which is fixedly connected with the bearing base plate (61) and extends in the vertical direction, wherein the fixed cylinder assembly (62) comprises two fixed columns (681 and 682), a top wall part (621) fixedly connected with the upper ends of the two fixed columns (681 and 682) and a cylinder root part (622) fixedly connected with the lower ends of the two fixed columns (681 and 682), the two fixed columns (681 and 682) extend in the vertical direction and are opposite in the diameter direction, and two locking sliders (55 and 56) symmetric to a central axis of the fixed cylinder assembly (62) are glidingly arranged in a telescopic channel (620) extending in the horizontal direction between the two fixed columns (681 and 682).

A mobile plate fixing device for welding comprises a bearing base plate (61) used for bearing a welded plate (29) and a fixing column component (62) which is fixedly connected with the bearing base plate (61) and extends in the vertical direction, wherein the fixing column component (62) comprises two fixing columns (681 and 682) which are opposite to each other in the diameter direction and extend in the vertical direction, a top wall part (621) fixedly connected with the upper ends of the two fixing columns (681 and 682) as well as a column root part (622) fixedly connected with the lower ends of the two fixing columns (681 and 682); two locking sliding blocks (55 and 56) which are symmetric about the center axis of the fixing column component (62) are glidingly arranged in a telescopic channel (620) extending in the horizontal direction between the two fixing columns (681 and 682).

An intelligent plate fixing device for welding comprises a bearing base plate (61) for bearing a to-be-welded plate (29)and a fixing column component (62) which is fixedly connected with the bearing base plate (61) and extends in the vertical direction, wherein the fixing column component (62) comprises two fixing columns (681 and 682) which are opposite to each other in the diameter direction and extend in the vertical direction, a top wall part (621) fixedly connected with the upper ends of the two fixing columns (681 and 682) as well as a column root part (622) fixedly connected with the lower ends of the two fixing columns (681 and 682); two locking sliding blocks (55 and 56) which are symmetric about the center axis of the fixing column component (62) are glidingly arranged in a telescopic channel (620) extending in the horizontal direction between the two fixing columns (681 and 682); each of the two locking sliding blocks (55 and 56) has an external circumferential part (561) and an internal bulged part (562).

The invention discloses a plate fixing device for welding which is capable of water-cooling and is provided with LED lamps. The plate fixing device comprises a bearing chassis (61) which is used for bearing a to-be-welded plate (29) and a fixed cylindrical component (62) which is fixedly connected with the bearing chassis (61) and extends in the vertical direction; the fixed cylindrical component (62) comprises two fixed posts (681 and 682) which extend in the vertical direction and are opposite in the diameter direction, a top wall part (621) which is fixedly connected with the upper ends of the two fixed posts (681 and 682) and a post root part (622) which is fixedly connected with the lower ends of the two fixed posts (681 and 682); and a telescopic passage (620) which extends in the horizontal direction between the two fixed posts (681 and 682) is internally and slidably provided with two locking sliding blocks (55 and 56) which are symmetrical about the central axis of the fixed cylindrical component (62).

A plate fixing device hydraulically driven to lift a plate and used for welding comprises a bearing base plate (61) used for bearing a welded plate (29) and a fixing column component (62) which is fixedly connected with the bearing base plate (61) and extends in the vertical direction, wherein the fixing column component (62) comprises two fixing columns (681 and 682) which are opposite to each other in the diameter direction and extend in the vertical direction, a top wall part (62) fixedly connected with the upper ends of the two fixing columns (681 and 682) as well as a column root part (622) fixedly connected with the lower ends of the two fixing columns (681 and 682); two locking sliding blocks (55 and 56) which are symmetric about the center axis of the fixing column component (62) are glidingly arranged in a telescopic channel (620) extending in the horizontal direction between the two fixing columns (681 and 682).

The invention discloses a fixing device with a protective paint layer and a shock absorption function for a welding plate. The fixing device comprises a bearing chassis (61) and a cylindrical fixing component (62), wherein the bearing chassis (61) is used for bearing a plate (29) to be welded, and the cylindrical fixing component (62) is fixedly connected with the bearing chassis (61) and extends in the vertical direction. The cylindrical fixing component (62) comprises two fixing columns (681 and 682), a top wall portion (621) and a column root portion (622), wherein the two fixing columns (681 and 682) extend in the vertical direction and are opposite in the diameter direction, the top wall portion (621) is fixedly connected with the upper ends of the two fixing columns (681 and 682), and the column root portion (622) is fixedly connected with the lower ends of the two fixing columns (681 and 682). Two locking sliding blocks (55 and 56) symmetrical about the center axis of the cylindrical fixing component (62) are arranged in an extensible channel (620) in a slidable mode, wherein the extensible channel (620) is arranged between the two fixing columns (681 and 682) and extends in the horizontal direction.

The invention discloses a plate fixing device for welding for a gas drive lifting plate. The plate fixing device comprises a bearing base plate (61) used for bearing the plate (29) to be welded, and a fixing cylindrical part (62) fixedly connected with the bearing base plate (61) and extending in the vertical direction. The fixing cylindrical part (62) comprises two fixing pillars (681 and 682) which extend in the vertical direction and are opposite in the diameter direction, a top wall part (621) fixedly connected with the upper ends of the two fixing pillars (681 and 682), and a pillar root part (622) fixedly connected with the lower ends of the two fixing pillars (681 and 682). Two locking sliding blocks (55 and 56) symmetric about the central axis of the fixing cylindrical part (62) are arranged in a telescopic channel (620) horizontally extending between the two fixing pillars (681 and 682) in a sliding manner.

A plate fixing device for welding provided with double motors comprises a bearing chassis (61) used for bearing a plate (29) to be welded, and a fixed cylindrical component (62) which is fixedly connected with the bearing chassis (61) and extends in the vertical direction. The fixed cylindrical component (62) comprises two fixed pillars (681 and 682) which extend in the vertical direction and are opposite to each other in the diameter direction, a top wall part (621) fixedly connected with the upper ends of the two fixed pillars (681 and 682), and a pillar root part (622) fixedly connected with the lower ends of the two fixed pillars (681 and 682), wherein two locking sliding blocks (55 and 56) symmetrical about the center axis of the fixed cylindrical component (62) are slidably arranged in an extension channel (620) horizontally extending between the two fixed pillars (681 and 682).

A solar-powered plate fixing device for welding comprises a bearing chassis (61) for bearing a plate (29) to be welded and a fixing cylindrical part (62) fixedly connected with the bearing chassis (61) and extending in the vertical direction, wherein the fixing cylindrical part (62) comprises two fixing columns (681 and 682) extending in the vertical direction and opposite in the diameter direction, a top wall portion (621) fixedly connected with the upper ends of the two fixing columns (681 and 682) and column root portions (622) fixedly connected with the lower ends of the two fixing columns (681 and 682). Two locking slide blocks (55 and 56) symmetrical with respect to the central axis of the fixing cylindrical part (62) are arranged in the extensible channel (620) located between the two fixing columns (681 and 682) and extending in the horizontal direction in a sliding mode.

A dustproof plate fixing device used for welding and provided with double motors comprises a bearing base plate (61) and a fixing cylinder component (62), wherein the bearing base plate (61) is used for bearing a to-be-welded plate (29); the fixing cylinder component (62) is fixedly connected with the bearing base plate (61), extends vertically and comprises two fixing columns (681 and 682), a top wall part (621) and a column root part (622), the two fixing columns (681 and 682) extend vertically and are opposite in the diameter direction, the top wall part (621) is fixedly connected with upper ends of the two fixing columns (681 and 682), the column root part (622) is fixedly connected with lower ends of the two fixing columns (681 and 682), and two locking sliding blocks (55 and 56) which are symmetric about the central axis of the fixing cylinder component (62) are glidingly arranged in a telescopic channel (620) extending horizontally between the two fixing columns (681 and 682).

A plate fixing device used for welding and capable of running stably comprises a bearing base plate (61) and a fixing cylinder component (62), wherein the bearing base plate (61) is used for bearing a to-be-welded plate (29); the fixing cylinder component (62) is fixedly connected with the bearing base plate (61), extends vertically and comprises two fixing columns (681 and 682), a top wall part (621) and a column root part (622), the two fixing columns (681 and 682) extend vertically and are opposite in the diameter direction, the top wall part (621) is fixedly connected with upper ends of the two fixing columns (681 and 682), the column root part (622) is fixedly connected with lower ends of the two fixing columns (681 and 682), and two locking sliding blocks (55 and 56) which are symmetric about the central axis of the fixing cylinder component (62) are glidingly arranged in a telescopic channel (620) extending horizontally between the two fixing columns (681 and 682).

A plate fixing device adopting water cooling and used for welding comprises a bearing base plate (61) for bearing a to-be-welded plate (29) and a fixed cylinder assembly (62) which is fixedly connected with the bearing base plate (61) and extends in the vertical direction, wherein the fixed cylinder assembly (62) comprises two fixed columns (681 and 682), a top wall part (621) fixedly connected with the upper ends of the two fixed columns (681 and 682) and a cylinder root part (622) fixedly connected with the lower ends of the two fixed columns (681 and 682), the two fixed columns (681 and 682) extend in the vertical direction and are opposite in the diameter direction, and two locking sliders (55 and 56) symmetric relative to a central axis of the fixed cylinder assembly (62) are glidingly arranged in a telescopic channel (620) extending in the horizontal direction between the two fixed columns (681 and 682).

A board fixing system for welding comprises a DSP controller, a motor drive circuit and a fixing device. The fixing device comprises a bearing bottom disc (61) used for bearing a board (29) to be welded and a fixing cylinder component (62) which is fixedly connected with the bearing bottom disc (61) and extends in the vertical direction. The fixing cylinder component (62) comprises two fixing columns (681 and 682), a top wall part (621) and a column root part (622), wherein the two fixing columns (681 and 682) extend in the vertical direction and are opposite in the diameter direction, the top wall part (621) is fixedly connected with the upper ends of the two fixing columns (681 and 682), the column root part (622) is fixedly connected with the lower ends of the two fixing columns (681 and 682), and two locking sliding blocks (55 and 56) symmetric about the center axis of the fixing cylinder component (62) are arranged in a telescopic channel (620) extending horizontally between the two fixing columns (681 and 682) in a sliding manner.

A plate fixing device used for welding and having adjustable locking and unlocking speeds comprises a bearing base plate (61) for bearing a to-be-welded plate (29) and a fixed cylinder assembly (62) which is fixedly connected with the bearing base plate (61) and extends in the vertical direction, wherein the fixed cylinder assembly (62) comprises two fixed columns (681 and 682), a top wall part (621) fixedly connected with the upper ends of the two fixed columns (681 and 682) and a cylinder root part (622) fixedly connected with the lower ends of the two fixed columns (681 and 682), the two fixed columns (681 and 682) extend in the vertical direction and are opposite in the diameter direction, and two locking sliders (55 and 56) symmetric to a central axis of the fixed cylinder assembly (62) are glidingly arranged in a telescopic channel (620) extending in the horizontal direction between the two fixed columns (681 and 682).

A friction-reducing plate fixing device used for welding comprises a bearing base plate (61) and a fixed cylindrical component (62), wherein the bearing base plate (61) is used for bearing a plate to be welded; the fixed cylindrical component (62) is fixedly connected with the bearing base plate (61), extends vertically, and comprises two fixing posts (681 and 682), a top wall part (621) and a post root part (622); the fixing posts (681 and 682) extend vertically and are opposite in the diameter direction; the top wall part (621) is fixedly connected with the upper ends of the fixing posts (681 and 682); the post root part (622) is fixedly connected with the lower ends of the fixing posts (681 and 682); two locking slide blocks (55 and 56), which are symmetric about the central axis of the fixed cylindrical component (62), are slideably arranged in an expansion passage (620) extending in the horizontal direction between the two fixing posts (681 and 682).