4results about How to "Won't cut" patented technology

The utility model relates to the technical field of scalpel preparation, in particular to a scalpel with an antibacterial coating, which comprises an antibacterial scalpel body, an anti-release mechanism is arranged on the left surface of the antibacterial scalpel body, the anti-release mechanism comprises a connecting steel rod, a cross-shaped groove is arranged on the left surface of the connecting steel rod, and the cross-shaped groove is arranged on the right surface of the connecting steel rod. A movable steel rod is slidably connected to the inner surface of the cross-shaped groove, round holes are formed in the front surface of the movable steel rod in a linear array shape, a disposable knife handle body is slidably connected to the inner surfaces of the round holes, and an elastic movable buckle penetrates through the upper surface of the movable steel rod and is slidably connected with the upper surface of the movable steel rod; through the arrangement of the elastic movable buckle, the elastic block, the F-shaped clamping rod and the disposable scalpel handle body, the disposable scalpel handle body can be conveniently installed, meanwhile, the disposable scalpel handle body can be conveniently disassembled, after an operation is finished, the function of disassembling the disposable scalpel handle body is achieved, and the scalpel handle of the scalpel is more convenient to replace.

The application discloses an indoor distribution optical cable easy to be pulled out laterally for construction, which comprises an outer sheath, two GFRP strips and a plurality of loose tube units; the inner cavity of the outer sheath is only arranged with the plurality of loose tube units, each of which is arranged in the inner cavity of the outer sheath in a straight manner, and each loose tube unit comprises a loose tube and one or more optical fibers; on the cross section of the indoor distribution optical cable, the two GFRP strips have outer common tangent l1 and outer common tangent l2, the inner edges of the outer sheath are respectively divided into two areas by the outer common tangent l1 and l2, and the outer edge of any one of the loose tube units does not exceed the outer common tangent when the outer edges of all the loose tubes enter one area. The application is easy to complete the opening of the skylight construction, so that the loose tube unit is easy to be pulled out, and the optical fiber is not easy to be damaged when the outer sheath is cut.

The invention discloses a method for adaptively controlling a table top of a cutting system, which belongs to the technical field of vibration cutter processing, and comprises the following steps of: establishing a matrix type acquisition full platform, marking acquisition points on the matrix type acquisition full platform, and obtaining a row sequence number of each acquisition point; detecting depth coordinates of each acquisition point, and establishing a depth database of the acquisition points; taking the first acquisition point as a reference point, and establishing a compensation depth database of the acquisition points based on the depth of the first acquisition point; all coordinate points passed by the machining tool in the machining process are obtained; judging whether the machining process is real movement or not; on the basis that the machining process is real movement, the current coordinate point of the machining tool in the real movement process is obtained; on the basis of the current coordinate point, the compensation depth of the current coordinate point is obtained according to a non-linear compensation formula in combination with the compensation depth database of the collection points; and based on the compensation depth of the current coordinate point, the lifting shaft is driven to compensate the machining tool. And compensation is performed according to the flatness of the platform, so that the cutting precision and quality are improved.

The utility model relates to electric scissors. Comprising a shell which is in a straight handle shape; the fixed knife handle is arranged at one end of the shell, two fixed blades are arranged on the fixed knife handle, and a knife fork part is formed between the two fixed blades; the movable knife handle is arranged at one end of the shell, and a movable blade is arranged at one end of the movable knife handle and makes contact with the fixed knife handle; the movable knife handle can swing relative to the fixed knife handles, so that the movable blade can swing relative to the two fixed blades; when the movable blade swings to the knife fork part, the movable blade and one of the fixed blades can form a scissor edge; the swing arm is arranged in the shell, and the movable knife handle close to the swing arm is connected with the swing arm in an inserted mode; the driving assembly is in swing connection with the swing arm and used for driving the swing arm to swing so as to drive the movable cutter handle to swing; when the movable blade swings to the knife fork part, the movable blade and one of the fixed blades can form a shear blade edge, so that the shear blade edge can trim fruit stems on fruits. The fruit stem pruning device can prune fruit stems on fruits, and meanwhile the fruit surfaces around the fruit stems cannot be cut.