53 results about "Traveling block" patented technology

The utility model discloses a quick detachable pulley, including first baffle, second baffle, a plurality of first pulley assembly, a plurality of second pulley assembly, quick detach assembly, first baffle, second baffle is vertically left and right and is placed, a plurality of first pulley assembly all are from front to back array rotation connection between the lower end of first baffle and second baffle, a plurality of second pulley assembly all are from front to back array rotation connection between the upper end of first baffle and second baffle, the left side of a plurality of second pulley assembly all with the left side rotation connection of first baffle, a plurality of second pulley assembly right side and second baffle fixed connection, quick detach assembly is fixed in the top of first baffle and second baffle. The utility model has the advantages of convenient rope through pulley, and the wide use scene.

The utility model discloses a reciprocating passenger cableway suitable for indoor amusement scene, comprising: the near end steel frame and the far end steel frame of keeping preset interval, drive arrangement, install on the near end steel frame and the far end steel frame, including motor, the first transmission part and the second transmission part of motor drive and the traction belt of closed loop setting, and the traction belt is around the first transmission part and the second transmission part, the load part includes the trolley main body and the suspension basket, and the traction belt both ends fixed connection trolley main body, the load cable is fixed respectively on the near end steel frame and the far end steel frame on both ends, and the trolley main body cooperates and guides the load part moving path, replace traditional steel wire rope through the traction belt, and its elastic property can effectively absorb the vibration energy in operation, reduce the noise of metal friction and resonance generation, satisfy the low decibel mute demand of indoor amusement scene, and the drive arrangement cooperates the transmission mode of traction belt, need not special tool to dismantle replacement, shorten maintenance time, improve maintenance efficiency.

This invention discloses an intelligent identification and positioning device for tension wire laying pulley skipping grooves, relating to the field of optical wave positioning technology for wire laying pulleys. It includes a pulley frame with a lifting frame fixedly installed at its top, and the pulley frame is connected to a lifting device via the lifting frame. In this intelligent identification and positioning device for tension wire laying pulley skipping grooves, all actions—guiding alignment, position locking, wire guiding, and wire clamping—are achieved by the pressure-driven spindle rotation of the traction plate. After the traction plate contacts the guide wheel, the guide wheel deflection, spindle rotation, position locking, wire guiding, and wire clamping are triggered synchronously, with no time difference or action lag between each stage, forming a closed-loop linkage of trigger-response-locking. It has no electrical control module and is unaffected by strong electromagnetic interference, high dust, or humid environments. It is particularly suitable for the complex working conditions of power transmission line construction—strong electromagnetic fields, high vibration, and no power supply—significantly improving the device's reliability.

The utility model belongs to lifting equipment technical field, concretely is a kind of novel double-column lifting machine, including left and right column of relative arrangement, the trolley is slidably arranged in left and right column, and the top and bottom of left and right column are equipped with wire rope wheel, first mounting shaft is equipped in left and right column, and wire rope wheel is installed on first mounting shaft by first bearing;First mounting shaft inside is equipped with first oil circuit, and first oil circuit is communicated with first bearing, first mounting shaft end face is embedded with first oil nozzle, and first oil nozzle is communicated with first oil circuit, ensure the smooth rotation of wire rope wheel, improve service life;It further includes a group of oil cylinders respectively arranged in left column and right column, the wheel frame is arranged at the end of the piston rod of oil cylinder, the step surface and the snap spring groove are arranged at the end of the piston rod of oil cylinder, the bottom surface of the wheel frame is arranged on the step surface by penetrating the piston rod, the wheel frame and the piston rod are locked by installing the snap spring in the snap spring groove, and the quick-release structure is used between oil cylinder and wheel frame, so that the wheel frame can be removed by removing the snap spring, and the maintenance in later period is facilitated.

This disclosure relates to the technical field of pipe segment transportation devices. One embodiment of this disclosure provides a pipe segment transportation device for rescue escape routes, which is applied to rescue equipment. The rescue equipment includes a U-shaped guide rail and a slide system. Both ends of the U-shaped guide rail have grooves. It also includes a mounting frame, an electric cylinder, a connecting frame, and a fixing mechanism. The mounting frame is slidably positioned below the U-shaped guide rail via a trolley mechanism. The electric cylinder is installed inside the mounting frame, with its output end extending through the bottom of the mounting frame. One end of the connecting frame is fixedly connected to the output end of the electric cylinder, and the fixing mechanism is located at the other end of the connecting frame for placing and fixing the pipe. This technical solution addresses the problem that existing pipe transportation methods are complex to operate and excessively physically demanding for workers.

The application provides a hydraulic lifting type continuous motion drilling machine and a working method thereof. The hydraulic lifting type continuous motion drilling machine comprises a base (1), a derrick (2), two groups of guide rails (3), two trolleys (4), two sets of make and break devices (5), two sets of elevators (6), a pushing device (8), a two-layer platform (9), two sets of drilling string moving devices (11) and a hydraulic lifting driving system. The hydraulic lifting type continuous motion drilling machine and the working method thereof can realize continuous and uninterrupted tripping. Compared with a traditional drilling machine, the degree of automation is greatly improved, the drilling construction efficiency is significantly improved, the number of operators is reduced, and the safety risk is reduced.

This utility model discloses an anti-kink rigid lifting lug device, belonging to the field of lifting lug technology. It includes a connecting pipe and steel pipes respectively installed at both ends of the connecting pipe. Lifting lugs are installed on both steel pipes, and welding plates are provided on the inner side of each lifting lug. Two mounting holes are provided on the lifting lugs, with a bearing fixedly installed in the upper mounting hole. This utility model allows the outer wall of the welding plate to be flush with the outermost derrick of the vertical shaft. Two upper steel plates of the welding plate are welded to the outer crossbeam of the vertical shaft derrick, and the lower steel plate is welded to the side wall of the outer vertical beam. During welding, care is taken to ensure that the center line of the upper and lower mounting holes of the lifting lugs is parallel to the vertical beam of the vertical shaft derrick. The lifting buckle on the pulley block is installed in the bearing on the lifting lug. Because the lifting lug is welded and fixed to the steel pipe, it provides support on both sides and is in a rigid connection, preventing the vertical shaft derrick from lateral deflection during lifting. This ensures that the upper and lower pulley blocks are subjected to vertical force in the same direction, preventing the lower pulley block from twisting under force.

This invention discloses a batch conveying and lifting power catwalk and a method for feeding and ejecting drill bits. The catwalk includes a base and a ramp hinged to one end. Lifting cylinders and supports are hinged at intervals on the catwalk base between it and the ramp. The free end of the lifting cylinder is hinged to the support, and the free end of the support is hinged to a drill bit that overlaps with the ramp. The drill bit includes a V-groove structure drill frame I. A vertically retractable separation mechanism is provided at the bottom of the groove. Vertically retractable separation stops are provided on the inclined surfaces on both sides of the groove bottom. A small trolley extending into the groove bottom slides along the length of the drill frame I. A kick-out mechanism for rolling out the drill bit is provided inside the drill frame I. This invention can roll in three drill bits at once and separate them within the drill bit, improving the drill bit loading efficiency. It changes the traditional method of conveying one drill bit at a time, allowing up to three drill bits to be conveyed at once, reducing the number of conveying operations, significantly shortening the conveying cycle, and improving operational efficiency.

The utility model provides a kind of wire pay-off device, the wire pay-off device includes at least two wire pay-off trolley and connecting rod;Each wire pay-off trolley includes pay-off wheel group, stand and hanging plate respectively, pay-off wheel group is arranged in stand interior and is rotatably connected with stand, and hanging plate is arranged on the upper end of stand;The connecting rod is connected with stand respectively, and at least two wire pay-off trolley assembly is formed integrally.This utility model wire pay-off device rated load is big, and its strength and safety meet the engineering application demand of large-span section wire pay-off construction.

This utility model discloses a floating rail trolley and a rail suspension device. The floating rail trolley includes a pulley assembly, a suspension assembly located below the pulley assembly, and a load-bearing component connected to the suspension assembly. The pulley assembly includes a main support with a groove in the middle and a suspension screw passing through the groove. Pulleys are installed at both ends of the main support, and the pulley assembly is suspended from the rail by the pulleys. The suspension assembly includes a mounting plate with a through hole in the middle and a suspension shaft passing through the through hole. The center of the suspension shaft has a socket for the suspension screw to be inserted. A spring is wrapped around the outer side of the suspension shaft, and the top of the spring contacts the lower surface of the mounting plate. The mounting plate has several mounting holes for installing the load-bearing component. This utility model has a simple structure and is easy to use. It can adapt to transportation scenarios where heavy loads move on the rail or the load body rotates, improve the safety performance of rail hoisting, and avoid overloading of a single rail trolley due to rail deformation or center of gravity shift.

The present application belongs to the technical field of petroleum workover equipment, and particularly relates to a guide type power elevator and a tubing lifting device. The power elevator comprises an elevator body, a spreader plate is fixed to the middle part of the rear side of the elevator body, a fixing hole is formed in the spreader plate, a hydraulic motor is fixed in the fixing hole, the output end of the hydraulic motor penetrates through the fixing hole and is rotationally connected with a guide gear, the guide gear is meshingly connected with a guide rack, the guide rack is rotationally movably connected with the hydraulic motor through the guide gear, and the bottom of the guide rack is fixedly connected with a guide body, the guide body is wedged in the bottom of the elevator body and is movably guided with the elevator body through the guide rack, the guide gear and the hydraulic motor. The present application solves the problems caused by manually dragging the elevator body or increasing a complex mechanism on the traveling block hook to avoid the tubing coupling, ensures the effectiveness and safety of the power elevator to avoid the tubing coupling, and realizes the automation and unmanned operation of the workover operation.

We provide a drum for winding trolley wire that can be used multiple times. [Solution] A drum 1 for winding trolley wire, comprising: a metal body 10 having a cylindrical body 11 and flanges 12 and 13 provided at each end of the body 11 and facing each other; a wooden first contact portion 21 provided on the outer circumference of the body 11 and interposed between the body 11 and the wound trolley wire 2; and wooden second contact portions 22 and 23 provided on the opposing surfaces 12a and 13a of the respective flanges 12 and 13 and interposed between the flanges 12 and 13 and the wound trolley wire. The second contact portions 22 and 23 are detachable from the flanges 12 and 13.

The utility model discloses a pay -off pulley with brake function, including support frame, the pulley is rotatively connected with the support frame bottom side, the both sides of support frame all are established the slide slot, one of the slide slot is rotatively connected with the adjusting lever, is connected with the sliding block on the adjusting lever screw thread, and the sliding block is provided with two, and the auxiliary rod is inserted to another sliding block, and the auxiliary rod fixedly connected in another slide groove, and the opposite side fixedly connected with the rotating lever of two sliding blocks, the rotating lever center place fixedly connected with the pressure wheel, and the rotating lever is located pressure wheel both sides and is fixedly connected with the gear, and the electric push rod is fixedly connected on the support frame, the utility model discloses through setting up the gear cooperation electric push rod drive pressure frame's up and down movement on the rotating lever both sides, then cooperate pressure wheel and pulley provide for the location of cable, when gear and card strip occur relative obstruction, can utilize other card strip limit tooth groove, thereby promote the adaptability of location structure, and when electric push rod retraction can reverse regulation cable.

The application discloses a kind of methods and devices for detecting wrong winding of travelling drum steel wire rope, and relates to the field of image recognition.The method comprises: constructing an image segmentation model, a strike feature extraction model and an emergency treatment decision model; synchronously collecting original images, tension sensor data and operating state data, and preprocessing; inputting the preprocessed images into the image segmentation model to obtain a mask region; inputting the direction angle sequence generated according to the mask region into the strike feature extraction model to obtain a strike feature vector; obtaining the angle difference of adjacent steel wire ropes, and generating an adaptive angle threshold based on an adaptive angle threshold generation mechanism; if wrong winding occurs, input the angle difference, tension sensor data and operating state data into the emergency treatment decision model to obtain an emergency treatment decision.The method solves the problems of poor environmental adaptability, limited feature extraction capability, fixed detection threshold and lack of intelligent decision-making capability in the prior art.

This utility model discloses a hydraulic lifting beam device with a pulley, belonging to the technical field of lifting equipment. It includes a crossbeam with two track grooves on its outer surface. Each track groove is rotatably connected to a traveling wheel. A first bearing is embedded on the opposite side of each set of traveling wheels. A connecting rod is installed on the inner ring of each first bearing. Through the cooperation of the track grooves and traveling wheels on the crossbeam, the work box can move laterally along the crossbeam. A second hydraulic motor drives a gear and rack to mesh, achieving precise positioning. The first hydraulic motor drives a take-up and release roller to take up and release the steel cable, facilitating lifting operations. The traveling wheels are connected to the connecting rods via the first bearings, ensuring flexible and stable rotation. A support rod supports the work box, enhancing structural strength. Protective plates and pads prevent the steel cable from falling off or wearing out, extending the equipment's service life. The steel cable is made of multiple steel wires hinged together, improving load-bearing capacity and safety.

The utility model provides a kind of towrope pulley device with shedding detection function, belong to towrope equipment technical field.The technical scheme of towrope pulley device with shedding detection function is as follows: including anti -unhooking mechanism, anti -unhooking mechanism includes traction wire rope, fixed frame, moving block, control module, displacement detection module and alarm module, displacement detection module and alarm module are connected with control module, pulley body is movably connected with traction wire rope, traction wire rope drives moving block to move in fixed frame, displacement detection module detects the displacement change of moving block, displacement signal is passed to control module, control module receives displacement signal and controls alarm module to send alarm information.The utility model is equipped with moving block in one end of traction wire rope, monitors the displacement change of moving block by displacement detection module, reminds operating personnel shedding condition by alarm module, provides sufficient maintenance, recovery time for maintenance personnel.

The utility model provides a kind of spliced track assembly and open-closed curtain, the spliced track assembly includes track including trolley groove and splicing groove, the trolley groove is used to slidingly install trolley;The shape of the splicing groove is matched with splicing strip;The splicing strip is loaded into the splicing groove from side, for seamlessly splicing adjacent two sections track.The open-closed curtain includes the spliced track assembly, trolley, curtain piece, positioning block and driving part, by pulling the driving part driving the positioning block the curtain piece and its trolley on in the track move, to realize the linkage of multiple curtain pieces is unfolded or closed.The spliced track assembly and open-closed curtain provided by the utility model can seamlessly splice according to user demand selection required size track and splicing strip, and the overall structure of spliced track assembly is simple, not only size adjustment is more flexible and convenient, assembly difficulty is low, and the end surface of multiple track spliced is flush, there is no risk of light leakage.

The utility model provides a hollow electric hydraulic top drive device, including the tackle, the top configuration of trolley has the main shaft, drive arrangement, drive arrangement passes through the remote end support point of adding the main shaft, with the length effect of the main shaft is led to the transverse flexure vibration of inhibiting, the lift subassembly, lift subassembly is used for enlarging the lift angle of main shaft, the utility model relates to drive device technical field, when hollow motor passes through the rotation sleeve and drives the main shaft rotation, first support ring and rotation sleeve form two support points to the main shaft, with the length effect of the main shaft is led to the transverse flexure vibration of inhibiting, reduce the radial runout of main shaft free end, with the stability of increasing main shaft use.

This invention discloses a handling device for galvanized steel sheets, relating to the field of handling devices. It includes a main support frame, a gantry frame body mounted on top of the main support frame, a gantry crane trolley slidably mounted on the gantry frame body, and a handling and adsorption device driven by the gantry crane trolley. A collection platform and a pallet are provided on one side of the main support frame, with the pallet placed on top of the collection platform. Gear shafts are fitted around the four sides of the collection platform. This invention uses gear shafts and composite pressure plates to form meshing clamping plates. Subsequently, through the combination of four sets of meshing clamping plates with a spur gear plate, a transmission plate, and an electric cylinder to form a meshing transmission structure, it can synchronously clamp and center the galvanized steel sheets around their perimeter after the gantry crane trolley-driven handling and adsorption device lifts and stacks them. This ensures the stability of the stacked galvanized steel sheets during handling while reducing the probability of tipping over.

This invention provides a continuous motion drilling rig and its operating method. The continuous motion drilling rig includes a base (1), a derrick (2), two sets of guide rails (3), two pulleys (4), two sets of upper and lower unhooking devices (5), two sets of lifting clamps (6), a pushing device (8), a second-level platform (9), two sets of drill string moving devices (11), and a pulley lifting drive system. This continuous motion drilling rig and its operating method can achieve continuous and uninterrupted tripping in and out of the drill string. Compared with traditional drilling rigs, the degree of automation has been significantly improved, which can significantly improve drilling efficiency, reduce operators, and reduce safety risks.

The utility model belongs to the lubrication technical field of travelling crane towline track, especially relates to a travelling crane towline track self -lubricating device. Including towline tackle, a plurality of pulleys are connected through nut bolt on towline tackle, and the pulley sliding connection is by track body, the axle of pulley on the both sides of track body is connected with the connecting plate of sleeve joint, the connecting plate is fixed with lubricating box, the top and bottom side surface of lubricating box are equipped with upper roller, lower roller respectively, the inner fixed of lubricating box has the baffle, the baffle below is fixed with spring, and the lubricating block is placed in the lubricating box below spring. The utility model can automatically carry out the lubrication of track body along with the operation of towline tackle, and the simple structure is convenient to operate, and the graphite lubrication is durable, and the effect is good.

The utility model discloses a kind of adjustable excavating depth's harrow leveler, it is related to harrow leveler technical field.The utility model includes hull, further include: adjusting part, the adjusting part is installed on hull, for adjusting the excavating depth of harrow leveler;And winding part, the winding part is installed on hull, for adjusting the winding degree of lifting steel wire rope in adjusting part;Wherein, when the excavating depth of harrow leveler is adjusted according to actual demand, winding part is started, and the excavating depth of harrow leveler is controlled by the cooperation of adjusting part.The utility model is adjusted by setting adjusting part, when using, if the excavating depth of harrow leveler needs to be adjusted, motor can be started, motor will be driven winding roller by shaft and release lifting steel wire rope, since lifting steel wire rope is connected with harrow leveler, under the assistance of single-wheel block on A letter frame, harrow leveler can be adjusted to suitable excavating depth, after depth adjustment is completed, because the tow steel wire rope of both sides of hull is fixedly connected with harrow leveler.

The utility model discloses a kind of anti-derailing trolley, including vertical connecting plate, its upper portion both sides are connected to mounting plate by connecting leg, mounting plate inner side upper portion is equipped with guide wheel one, middle part is opened rectangular hole, lower portion inner side is equipped with guide wheel two, outside is fixed with the adjusting block of guide wheel three by bolt, guide wheel three is worn rectangular hole. I-beam rail is set in three guide wheels, guide wheel one and two respectively along the upper and lower surfaces of track bottom flange plate sliding form clamping, guide wheel three along two side edges sliding cooperation hole limiting, realize all-around anti-derailing. Mounting plate is obtuse angle to avoid interference, bottom suspension rod connects arc-shaped supporting plate to support cable, front and back are provided with anti-collision pad. It is cooperated by multiple guide wheels to prevent derailing, stabilize cable support, facilitate maintenance, prolong equipment life.

The application discloses a pay-off ground wire trolley of a graphene copper power transmission line, which comprises a wheel set composed of a wire wheel and a steel wire rope wheel, and a main frame body for mounting the wheel set, characterized in that the wheel set is symmetrically arranged on both sides of the main frame body, two groups of wheel sets are arranged on each side, the wheel sets on each side are axially arranged at both ends of a balance guard plate, the balance guard plate is connected through a hinge, and the balance guard plate and the wheel sets at both ends thereof can be turned to a symmetric and longitudinally distributed folding storage state under the action of a thrust force; a conductive wheel set is further arranged on the middle part of the balance guard plate and horizontally arranged between the two groups of wheel sets, and one end of the conductive wheel set is connected with a grounding wire. The trolley can not only stably and efficiently perform a pay-off operation, but also can be folded and stored during transportation and storage, thereby being convenient for transportation and storage, and can ground induced electricity and prevent electric arc, thereby improving usability and safety.