32results about How to "Realize cutting" patented technology

The invention relates to a manpower-driven single-cutter cutting type wire stripping device which comprises a sectioning cutter assembly and a supporting table board provided with a V-shaped centering straight groove, and the inclination angles of the two side walls of the centering straight groove are equal. The sectioning cutter assembly comprises a circular cutting blade, a fixed plate, a movable plate, a blade installation rod and a blade pressing spring driving the movable plate and the fixed plate to abut against each other, one end of the blade installation rod is connected with the movable plate, the circular cutting blade is connected to the other end of the blade installation rod, and the movable plate and the circular cutting blade are distributed on the two sides of the fixed plate. The fixing plate is connected to the supporting table top through a vertical frame, the circular cutting blade is located above the centering straight groove, and the intersecting line of two planes where the two side walls of the centering straight groove are located is located on the plane where the circular cutting blade is located. The invention provides a manpower-driven single-cutter cutting type wire stripping device which has a good protection effect on a blade, and solves the problem that the manual cutting of a wire insulation sleeve by using a cutter is strenuous.

The invention relates to an automatic feeding type wire insulation sleeve removal method. A drive mechanism and two cutting and conveying modules distributed along the up and down directions are arranged on the frame. The cutting and conveying modules include a cutting knife assembly and a feeding side positioning Wheel and feeding wheel, the cutting knife assembly includes a circular cutting blade, and the positioning wheel on the feeding side is provided with a positioning ring groove on the positioning wheel on the feeding side; so that the wires are fed into the two feeding rings through the positioning ring groove on the positioning wheel on the feeding side. Between the wheels, the positioning wheel on the feeding side and the feeding wheel clamp the wire to drive the wire to translate; when the wire passes through the circular cutting blade, a cutting gap extending along the wire extension direction is cut out on the wire insulation sleeve, and the wire insulation sleeve is cut along the cutting edge. The gap is broken apart to separate the wire insulation sleeve from the wire conductive core. The invention has the advantage of being able to cut the wire insulating sleeve, and solves the laborious problem of manually cutting the wire insulating sleeve with a knife.

The invention relates to a method for cutting the outer sheath of a cable. The cable passes between an upper driving cutting assembly and a lower driving cutting assembly. The upper driving cutting assembly includes two lower driving rollers arranged in parallel and a The lower cutting blade between them, the upper driving cutting assembly includes two upper driving rollers arranged in parallel and the upper cutting blade between the two upper driving rollers; when the cable passes through, the driving mechanism drives the upper and lower driving rollers to rotate, and the upper and lower driving rollers correspond to each other one by one. Align to clamp the cable and drive the cable to translate; the upper cutting blade and the lower cutting blade are respectively cut along the cable extension direction on the upper and lower sides of the cable protective sleeve to form a cutting gap, so that the cable protective sleeve is formed into two halves; the cable The two halves of the boot are stripped from the cable core. The invention provides a device for cutting the outer sheath of a cable, which solves the laborious problem of manually stripping the sheath of the cable with a knife.

The present invention relates to the field of printing equipment, especially a roll material tower UV printing system, which includes a roll paper feeding device, a tension control device, a printing tower, a UV drying device and a folding machine arranged in sequence; the printing tower Including at least two printing units arranged longitudinally, each printing unit includes a transmission shaft, a plate cylinder and a printing cylinder; the UV drying device is arranged on the top of the printing tower, and the UV drying device includes two sets of UV dryer. The present invention arranges a complete set of processes of paper feeding, printing, drying and folding in a set of equipment, which can complete the finished production of printed products at one time, shorten the paper path, and improve printing efficiency; multiple printing units are arranged in a tower type, and the The UV drying device is installed on the top of the printing tower to fully dry the paper ink without additional cooling and humidifying devices. The equipment is simple and easy to install and operate; it is suitable for a variety of printed paper types and has a wide range of applications.

The invention relates to a precise classifying and sampling device and device of a continental tight reservoir lamina structure. The device comprises a cutting pedestal system, a laser positioning system, a picture pick-up system, a mechanical arm system and a master control system; the cutting pedestal system is used for clamping a rock sample and providing a cutting sampling space for the rock sample; the laser positioning system is used for sending a laser signal to the cutting pedestal system, establishing a work space plane coordinate system by combining the cutting pedestal system, and positioning the rock sample; the picture pick-up system is used for monitoring a complete image of the working space system and sending the monitored image to the master control system; the master control system sends a sample cutting instruction to the mechanical arm system according to the established working space plane coordinate system, the coordinate value data of the rock sample and the complete image of the working space system; and the mechanical arm is used for cutting and sampling the tight reservoir rock sample. The device disclosed by the invention can be extensively applied to theclassifying and sampling field of the tight reservoir rock.