4results about How to "Mobile does not affect" patented technology

This utility model provides a high-efficiency bar inspection device, comprising: a feeding station and several inspection modules arranged sequentially; a feeding mechanism for sequentially feeding several bars into the feeding station; a discharging mechanism including several movable parts arranged parallel to several fixed parts and forming discharging stations between them, a qualified receiving device corresponding to each of the discharging stations, and several recycling receiving devices corresponding to the inspection modules; the discharging stations are arranged sequentially in a horizontal direction; the movable parts move to abut against the fixed parts to close the discharging station or space themselves from the fixed parts to open the discharging station; and several transfer mechanisms for sequentially moving the bars along the inspection modules and discharging stations. This ensures that the discharging station corresponding to the bar's serial number opens accurately, discharging the bar into the corresponding receiving device, thus achieving bar inspection and automatic sorting and discharging.

The utility model relates to the technical field of cold roll forming machines, and discloses a cold roll forming machine with an adjustable bending angle, which comprises a machine body and a U-shaped frame fixed at the top of the machine body, a bending mechanism is arranged on the inner side of the U-shaped frame, the bending mechanism consists of two groups of driving blocks, a compression roller and a support roller, an adjusting control mechanism is arranged on the U-shaped frame, and the adjusting control mechanism is connected with the machine body. According to the cold roll forming machine with the adjustable bending angle, through the control part and the limiting part, when the pressing roller is adjusted, the lifting block is limited in a one-way mode through clamping of the movable clamping teeth and the fixed clamping teeth, so that the lifting block cannot move downwards, and therefore the pressing roller can be adjusted in a one-way mode. And then the lifting block can lift the driving block located at the top, so that when the driving block is adjusted to move downwards, the driving block can only move to the position of the lifting block and then stops, the auxiliary adjustment function is achieved, and deviation during adjustment is avoided.

This invention discloses a welding method for titanium alloy annular radiators, a flexible protective cover for the weld seam, and its manufacturing method. The manufacturing method includes: creating a mold on the surface of the titanium alloy annular radiator using modeling clay; applying lubricating oil to the surface of the titanium alloy annular radiator; preparing a high-temperature resistant, tensile- and tear-resistant molding silicone and a curing agent; placing the mold horizontally, pouring in the molding silicone and curing agent to solidify the model; removing and obtaining the flexible protective cover for the weld seam made of silicone material, and cleaning the protruding edges with scissors; placing the flexible protective cover for the weld seam at the welding joint and pressing it tightly; filling the corrugated plate and the inner cavity of the gas collecting hood with argon gas and performing argon arc welding; during the welding process, the welding torch is moved while the flexible protective cover for the weld seam is flipped upwards. This invention solves the problems of residual adhesive and low efficiency when using a large amount of adhesive tape to seal and protect the W-shaped weld seam on titanium alloy annular radiators. It provides good sealing effect, is easy to operate, does not affect the quality of the titanium alloy annular radiator, and improves welding efficiency.

The utility model discloses a drilling device for glass punching, which comprises a conveying frame structure, a punching device structure, an electric adjusting device and an auxiliary protection structure, the punching device structure is arranged in the middle of the conveying frame structure, the electric adjusting device is fixedly arranged on the surface of the conveying frame structure, and the auxiliary protection structure is arranged on the surface of the electric adjusting device. According to the drilling device for glass drilling, the electric adjusting device is arranged, so that the auxiliary protection structure can be conveniently moved, the surface of the auxiliary protection structure is attached to the other side of glass, the adjusted distance can be controlled according to the glass with different thicknesses, and the drilling device is convenient to use and high in practicability. By arranging the auxiliary protection structure, the outer side of glass conveyed by the device is protected, meanwhile, movement of the glass is not affected, and when the device provided with the auxiliary protection structure is used for machining glass of different sizes, safety is higher, and safety risks are greatly reduced.