8results about How to "Smooth pay-off" patented technology

The invention belongs to the technical field of cable processing devices, and particularly relates to a cable straightening and cutting device which comprises a cable disc supporting mechanism, a cable straightening mechanism, a cable measuring and shearing mechanism and a cable collecting mechanism which are sequentially arranged in the cable conveying direction. The cable tray supporting mechanism is used for supporting a cable tray; the cable straightening mechanism is used for straightening the unfolded cable and guiding the transportation of the cable; the cable measuring and shearing mechanism is used for measuring the diameter of the straightened cable and shearing the cable after diameter measurement; and the cable collecting mechanism is used for classifying and collecting the sheared cables. The straightening and cutting efficiency in the cable machining process can be improved, and the straightness and cutting quality of the cable are ensured.

The utility model provides a kind of portable adjustable electric power cable pay-off device, including base. Multiple groups of optical axes are provided on base, fixed plate and moving plate are sleeved on optical axis, fixed plate is located optical axis one end, moving plate is slidably connected with optical axis;Adjusting round table is provided in the side of fixed plate, hand wheel is provided in the other side, through hole is opened in fixed plate, adjusting round table one end passes through through hole, and is clamped in hand wheel;Ring is provided on moving plate, multiple groups of adjusting components are clamped in ring, multiple groups of guide wheels are provided in the side of moving plate, V-shaped groove is opened in the circumferential side of guide wheel, cable passes through the middle of V-shaped groove in the circumferential side of two groups of guide wheels.The device can fix cable by adjusting rod, pressing plate and spring in adjusting component cooperation adjusting round table, realize the effective fixing of different specifications cable;Through guide wheel and its V-shaped groove, cable is guided, cable pay-off is more smooth, and pay-off efficiency is improved.

The utility model discloses a double-disc vertical untwisting machine, including frame, vertical cradle upper and lower both ends rotation is installed on the frame, the vertical cradle is installed with I -shaped line wheel and drives I -shaped line wheel rotation's pay -off motor, two untwisting work stations are equipped with drive motor, and drive motor passes through belt pulley group simultaneously drive two vertical cradle rotation, the upper and lower end of vertical cradle is equipped with one untwisting bow seat respectively, and two untwisting bows are symmetrically set between two untwisting bow seats, the inner side of untwisting bow is equipped with multiple sets of guide components, and each set of guide components includes hole threading seat and guide auxiliary wheel. The utility model sets up two untwisting work stations in the frame, and is equipped with untwisting component for each work station, can realize for double-disc simultaneous untwisting pay -off, and the untwisting process of double-disc is more coordinated, further guarantees the consistency of untwisting effect, also greatly saves the site space, improves the space utilization.

The utility model discloses a pay-off device for water conservancy construction. The problem that wire winding is not uniform is effectively solved. Comprising a fixing plate, supporting legs are arranged below the fixing plate, a pay-off box is arranged above the fixing plate, a spool and a lead screw are arranged in the pay-off box in parallel, the spool is driven by a motor, and a first gear connected through a first clutch and a second gear connected through a second clutch are arranged at the two ends of the spool respectively. A third gear and a fourth gear are arranged at the two ends of the lead screw respectively, the third gear is meshed with the first gear through a fifth gear, the fourth gear is meshed with the second gear, a lead frame is arranged on the lead screw and is in threaded connection with the lead screw, and a pay-off hole is formed in the front end of the pay-off box; the wire winding device is simple and ingenious in structure and convenient to use, the guide frame is arranged on the side edge of the wire shaft, the guide frame transversely moves while wire unwinding and wire winding are conducted, winding wires are evenly wound around the wire shaft, uneven wire winding is avoided, and therefore smooth wire unwinding and wire winding are guaranteed.

The invention discloses a cable arrangement device for cable erection, and belongs to the technical field of cable construction, the cable arrangement device comprises a first bottom frame and a second bottom frame, the first bottom frame and the second bottom frame are connected through a support rod, and the first bottom frame and the second bottom frame are both detachably and slidably connected with the support rod; the upper end of the first bottom frame and the upper end of the second bottom frame are each provided with a power assisting assembly, a wire arranging frame is detachably arranged above the power assisting assemblies, and the power assisting assemblies are connected with an adjusting assembly. The power assisting assembly comprises a first front transverse pin and a first rear transverse pin which are arranged above the first bottom frame, and the outer portion of the first front transverse pin and the outer portion of the first rear transverse pin are rotationally connected with a first front rotating roller and a first rear rotating roller respectively. According to the invention, an existing wire arrangement device is improved, and one-to-many application is realized instead of one-to-one application in the past, so that the production cost is saved.

The utility model discloses a triangular three-dimensional roll iron core high-low voltage winding and foil winding and discharging all-in-one machine which comprises a plurality of low-voltage pay-off machines, a plurality of high-voltage pay-off machines, a plurality of interlayer paper discharging machines, a plurality of copper foil discharging machines and a welding machine used for welding copper foil and copper bars, and further comprises a winding platform, and the low-voltage pay-off machines, the high-voltage pay-off machines, the interlayer paper discharging machines and the copper foil discharging machines are the same in discharging direction. The welding machine, the low-voltage pay-off machine, the high-voltage pay-off machine, the interlayer paper feeding machine and the copper foil feeding machine are all arranged on the winding platform in a sliding mode, and the sliding directions are all perpendicular to the feeding direction. The triangular three-dimensional iron core winding device is convenient to transport, can ensure that a low-voltage pay-off machine, a high-voltage pay-off machine and a copper foil pay-off machine can pay off smoothly and do not influence one another, improves winding efficiency, and is suitable for winding on a triangular three-dimensional iron core.

The utility model discloses a kind of charging piles, the charging pile includes cable and cable channel for cable retraction or release, at least one cable limiting portion for limiting cable swing is provided at the at least one side of cable channel. At least one cable limiting portion for limiting cable swing is provided at the at least one side of cable channel in the application, cable can be kept along the predetermined movement direction movement and does not swing in winding process or unwinding process, so that charging pile can smoothly carry out winding or unwinding.

The utility model discloses a special multi-core pay-off device for electrical cabling equipment, and particularly relates to the field of cable production, the special multi-core pay-off device comprises a main rotating shaft, the outer side of the main rotating shaft is fixedly connected with a stranding cage, a group of tension mechanisms are arranged in the stranding cage, and the tension mechanisms comprise connecting shafts which are fixedly connected with the left side and the right side in the stranding cage respectively. The initial end of the wire core on the wire coil bypasses the surface of the guide roller and is combined at one position, and then the end part of the wire core is fixed on the traction device; and then the stranding cage rotates along with the main rotating shaft, and the wire core on the wire coil rack begins to be released under the action of self gravity and wire releasing tension. A plurality of wire cores are driven to do circular motion around a central axis, so that the wire cores are twisted into a cable; in the cable forming process, the number of the wire coils on the wire coil shaft can be controlled according to the core number of the produced cable, and one stranding cage can be used for stranding the core cable at most at the same time. And the effect of producing the cable with more than 19 wire cores can be achieved.