208results about "Apparatus for laying cables" patented technology

This invention discloses a submarine cable anti-scouring device and its construction method, applicable to the field of submarine cable protection technology. The invention includes a filter layer and a flexible protective layer. The filter layer comprises multiple filter pads arranged sequentially along the axial direction of the submarine cable on the surface of the cable and / or the seabed, with adjacent filter pads overlapping. The flexible protective layer comprises multiple flexible protective pads arranged sequentially along the axial direction of the cable on the filter layer. At least one flexible protective pad is provided at the overlap of any two adjacent filter pads to press the filter layer firmly against the surface of the cable and / or the seabed. This application, through the cooperation of the filter layer and the flexible protective layer, improves the stability of the submarine cable anti-scouring device to reduce inter-segment displacement and possesses adaptive capability to seabed subsidence deformation, effectively enhancing the anti-scouring effect of the submarine cable.

The utility model discloses an imaging device for submarine cable overhauls relates to the technical field of overhauling equipment, including mounting bracket, the lower surface four corners of mounting bracket all are fixedly arranged with the connecting block, the outside of connecting block is swingly provided with movable frame through the pin shaft, and the bottom of movable frame is fixedly provided with extension seat, and the bottom of extension seat is swingly provided with the positioning wheel through the bearing. The utility model discloses a mounting bracket is arranged, and the lower surface four corners of mounting bracket all are provided with movable frame, and the bottom of movable frame is provided with the positioning wheel through extension seat, and multiple positioning wheels cooperate, can position mounting bracket on the outside of cable, and the imaging sensor is set up on the lower surface both ends of mounting bracket, and the imaging sensor can realize the imaging processing to the situation of submarine cable surface, to facilitate the detection work to carry out, and the mounting bracket and imaging sensor are positioned on the outside of cable in the imaging process, can effectively guarantee the imaging precision of cable surface.

A submarine connection box for connecting a system of submarine power cables, each including at least one submarine power cable core, the submarine connection box including: a casing, the casing having N first openings configured to receive a respective submarine power cable of a first set of N submarine power cables, N being an integer equal to or greater than 1, the casing having K second openings configured to receive a respective submarine power cable of a second set of K submarine power cables, K being an integer greater than 1, a termination box arranged inside the casing, the termination box having a housing including a first group of openings, and a second group of openings, each of the first group of openings being configured to receive a respective submarine power cable core of the first set of N submarine power cables, and each of the second group of openings being configured to receive a respective submarine power cable core of the second set of K submarine power cables, and L sets of connectors arranged in the termination box, L being an integer equal to the number of electrical phases or poles of the system of submarine power cables, wherein for each of the L sets, the connectors are electrically interconnected with each other and configured to connect submarine power cable cores of corresponding electrical phases or poles of the first set of N submarine power cables and the second set of K submarine power cables.

This invention relates to the field of cable laying technology, and particularly to a power cable laying and correction device. It includes a base, on which a guide cylinder is fixedly mounted. A bending detection component includes an input end mounting ring fixedly mounted on the base, a guide rod rotatably connected to the input end mounting ring, a second sleeve slidably sleeved on the guide rod, a conveying wheel rotatably mounted on the second sleeve, a third magnetic block fixedly mounted on the second sleeve, and a third electromagnet fixedly mounted on the guide rod. A third spring is disposed between the third electromagnet and the third magnetic block. By constructing a three-dimensional model of the cable, adaptive correction is performed, and the corrected cable is conveyed through a cable output component. This invention can automatically detect the cable diameter and construct a real-time three-dimensional model of the cable based on the detection results. The bending correction mechanism adaptively adjusts the cable according to the three-dimensional model, thereby automatically completing the cable correction, improving correction efficiency, and ensuring correction quality.

The utility model discloses a kind of traction devices for cable laying, including traction assembly, the traction assembly is installed on mobile base, and wire arrangement assembly is also installed on mobile base;The traction assembly includes two parallelly arranged side plates, lifting frame is vertically slidably installed between two side plates, and lifting drive mechanism that drives lifting frame to act up and down is installed on side plate;Two traction wheels are vertically arranged side by side on lifting frame, and the upper end and the lower end of traction wheel are respectively installed on upper sliding block and lower sliding block, and upper sliding block and lower sliding block are horizontally slidably installed on lifting frame;Telescopic cylinder is installed on the top of lifting frame, and the piston rod of telescopic cylinder is vertically and downward fixedly connected on the top block, and the top block is matched with two upper sliding blocks.This device can adapt to the laying installation of different size cable, and can effectively avoid the swing problem when cable traction transmission through wire arrangement assembly, so as to significantly improve cable laying efficiency and device running stability.

The application relates to a fixing structure of a small unmanned aerial vehicle nest platform threading pipe and a wire protection frame, and relates to the field of small unmanned aerial vehicle nest platform threading pipe fixing devices. The fixing structure of the small unmanned aerial vehicle nest platform threading pipe comprises at least two groups of fixing components used cooperatively, each group of fixing components comprises two fixing clamps, a plurality of nuts and bolts, a fixing seat and a second clamp. Through the special mechanical structure among the fixing clamps, the nuts, the bolts, the fixing seat and the second clamp, two threading pipes can be stably fixed on one side of a platform stand column through the two fixing clamps at the same time. Compared with the traditional fixing by a fixing belt, the fixing effect of the two threading pipes is better and more reliable through the fixing mode of the bolt fastening. Moreover, as the fixing clamps have preset spaces for the threading pipes to enter, the installation operation of the threading pipes becomes simpler, and the problem of poor fixing effect of the traditional threading pipe fixing equipment when fixing the threading pipes is solved.

The utility model discloses an auxiliary traction mechanism of power engineering distribution network, including mounting block, install traction mechanism on the mounting block, the traction mechanism includes sliding block no.

A coupling device for coupling an electrical wire to a wire puller is provided. The coupling device includes a main body, a connecting portion, a blade portion, and a securing element. The main body has a longitudinal direction. The connecting portion is for connecting the main body to the wire puller. The blade portion is coupled to the main body. The main body defines a space for receiving the electrical wire. The blade portion is configured to create a notch in the electrical wire. The securing element is configured to secure the blade portion to the notch. The securing element is movable relative to the main body. The main body includes an opening for receiving the securing element. The opening is offset from the blade portion along the longitudinal direction.

The utility model provides a threading pay-off reel. The threading pay-off reel comprises a support; the central shaft is arranged on the support; the wire coiling and uncoiling mechanism is rotatably arranged on the central shaft in a sleeving manner, and the wire coiling and uncoiling mechanism is used for coiling and uncoiling a wire; the limiting mechanism is arranged on the central shaft, and the limiting mechanism is used for limiting the distance between the coil pay-off mechanism and the support; and the speed reducing mechanism is arranged between the central shaft and the coil pay-off mechanism in a sleeving manner, and the speed reducing mechanism is used for reducing the pulling resistance during pay-off and reducing the rotating speed. Therefore, controllable outer ring pay-off is achieved through the speed reducing mechanism, a worker can easily control the pay-off process, violent operation such as wire falling is not needed, and the intact wire skin and the wire performance are effectively kept; meanwhile, harmful substances such as waste engine oil are abandoned, stable paying-off is achieved through the mechanical speed reducing mechanism, construction efficiency is improved, and construction safety is guaranteed.

The utility model relates to construction auxiliary accessory technical field, specifically disclose a kind of protection device of auxiliary cable crossing, including pipe protector, it includes first arc pipe fitting and second arc pipe fitting, first arc pipe fitting and second arc pipe fitting end part are connected thread half-round connector pipe, second arc pipe fitting is equipped with the positioning column for winding cable, and the fixed component for extruding and fixing cable after winding is connected in first arc pipe fitting inner wall;Tail locking part, it includes tail locking sleeve and the perforation for cable crossing being set on tail locking sleeve;In the utility model, cable is placed in second arc pipe fitting, and is wound on positioning column, cable is wound along positioning column, cable forms buffer bending, is more easily pulled and dragged, tail locking sleeve and head locking sleeve are screwed, the stable butt joint of first arc pipe fitting and second arc pipe fitting can be completed, cable is fixed in interior, can realize quick opening and closing installation, cable end protection and fixed, effectively auxiliary cable crossing.

The utility model discloses a cable trench puts cable support pulley device, including interval setting long support pole and short support pole, long support pole with short support pole between be connected with pulley support pole, pulley support pole has two vertical connecting sections and a horizontal support section, two vertical connecting section's one end is connected with long support pole and short support pole respectively, horizontal support section's both ends are connected with two vertical connecting section's other end respectively, the pulley is rotatably installed on horizontal support section, long support pole with short support pole still be connected with positioning rod respectively, positioning rod's length extends downward. The utility model can be used to the cable cover plate, can put new cable on pulley and lay, make new cable hang in the air, form interval space with existing cable, facilitate cable, will not cause friction, twisted etc. injury to existing cable joint, can also protect existing cable joint box simultaneously.

The application discloses a modular cable hanging device and a use method, and belongs to the technical field of mine machinery. The device comprises a hanging mechanism, two supporting mechanisms are arranged on the hanging mechanism, the hanging mechanism comprises three hangers, a falling-prevention assembly is arranged above the hangers, and a cleaning assembly and a driving assembly are arranged in the falling-prevention assembly. The driving assembly can change the cable hanging position through forward rotation or reverse rotation, so that the fatigue damage of the cable caused by repeated bending during movement is avoided, the risk of cable breakage is effectively reduced, the service life of the cable is prolonged, and the cleaning assembly can reciprocally rotate in cooperation with the arc-shaped inclined strips during the switching of the clamping position, so that the dust on the surface of the cable can be quickly cleaned. In addition, the cleaning assembly can clean the surface of the cable in a large range as the clamping position of the cable is switched to different lengths, and the running safety and maintenance convenience of the cable are improved.

The application discloses a wave compensation system and method for umbilical cable deployment of engineering ships, and belongs to the technical field of umbilical cable tension control. The system comprises a winch mechanism, a cable arrangement mechanism, a compensation mechanism and a detection and control unit. The compensation mechanism adopts a double-layer parallelogram winding structure composed of four pulleys, and the path length of the umbilical cable is changed by driving the pulley frame to move through a linear composite oil cylinder. The system adopts a hybrid compensation strategy combining passive compensation and active compensation. The passive compensation utilizes the energy storage characteristics of the accumulator to achieve rapid response to high-frequency wave disturbance, and the active compensation realizes compensation accuracy correction through feedforward control and feedback control. The controller monitors the pulley displacement and controls the winch to wind or unwind the cable when the threshold is exceeded, thereby expanding the effective compensation range of the system. The cable arrangement mechanism and the winch are synchronized to ensure that the umbilical cable is uniformly arranged on the drum. The application realizes stable umbilical cable tension in complex sea conditions, and provides a more reasonable solution for underwater deployment.

This application relates to the field of cable laying and condition monitoring and maintenance technology, and discloses a margin control system and device for easy adaptive settlement adjustment of cables. The system includes: a multi-physical quantity synchronous acquisition and filtering module, which filters node tension and temperature parameters and outputs steady-state tension and temperature data; an environmental parameter adaptive identification module, which online fits and outputs environmental compensation parameters based on steady-state data; a tension decoupling and integral triggering module, which generates a thermal stress baseline and calculates the residual increment, and outputs an initial release command when the integral reaches the target; a spatial gradient verification module, which calculates the spatial gradient based on the feedback data after execution and outputs the obstruction judgment result; and an asymmetric ratchet resistance breaking control module, which generates an asymmetric alternating command with limited amplitude output to the actuator based on the obstruction result. This invention employs an integral triggering technology scheme of environmental parameter adaptive identification and tension decoupling, achieving the technical effect of accurately stripping away temperature difference interference and adaptively releasing the physical margin of the cable.

The application discloses a method for connecting an ultra-high-voltage and large-capacity submarine cable on a sea site and an installation platform thereof, and the method comprises the following steps: step 1, preparation before construction; step 2, approach of a leg pile lifting type water mobile installation platform; step 3, platform pile insertion positioning; step 4, self-lifting height adjustment; step 5, expansion of a submarine cable chute; step 6, salvage of a submarine cable end and fixation; step 7, erection of a joint manufacturing room and a purification room on the platform; step 8, cable end connection; step 9, installation of a cable soft joint protector; step 10, installation of a bending limiter; step 11, hoisting and launching of a joint; and step 12, pile pulling and site leaving. In the method, the installation platform is lifted to reduce the impact of sea waves, so that the platform is more stable, and the method has the characteristics of safety and reliability and high connection efficiency. The cable soft joint protector is improved, long-term protection function is realized, and the maintenance cost is reduced.

The present application relates to the field of cable installation, especially to a kind of cable protection pipe auxiliary installation equipment. Including pipe support;Pipe support is made of several installation frames.The present application realizes: by locking assembly, the protection pipe is locked in the slot between the corresponding rotating sleeve and fixed sleeve, then the right fixed sleeve is inserted into the left fixed sleeve, then the two fixed sleeves are inserted and fixed, then the two protection pipes are inserted and fixed by this method, solve the problem that the construction personnel needs to clean the butt joint end of the protection pipe first in the prior art, remove dust, oil stains, burrs and other impurities at the port, avoid the influence of impurities on the sealing property of butt joint, also need to use additional cutting tools to cut the butt joint end flat, ensure the flatness of the two ends, prevent the butt joint gap too large, finally use adhesive material for butt joint bonding, the installation process is complicated and time-consuming, greatly improve the functionality and practicability of pipe support.

The application relates to the technical field of electric power engineering, and discloses a buried cable auxiliary pipe penetrating device, which comprises two pipe penetrating barrels and a plurality of telescopic sleeves connected between the two pipe penetrating barrels and used for adaptively adjusting the spacing between the two pipe penetrating barrels; a plurality of pulleys are respectively installed on the outer walls of the two pipe penetrating barrels and are circumferentially equidivided and arranged for moving in the pipeline, and one side of the pulley is movably connected in a movable cavity formed in the pipe penetrating barrel. When the flat cable is penetrated in the ground, the auxiliary pipe penetrating device is placed in the pipeline, the pulley is pushed by the first spring to abut against the inner wall of the pipeline, the pipe penetrating device can be moved in the pipeline by pushing the cable, the cable head can be protected, the pipe penetrating device can conveniently pass through the pipeline, the cable is fixed by the head fixing mechanism, and the cable can stably pass through the pipeline by sliding through the pulley.

The utility model relates to cable wiring technical field especially relates to a kind of photovoltaic power station cable wiring guiding device, including guiding table and the protective tube of placing in the guiding table one side, cable is threaded in guiding table, the threading guiding mechanism suitable for different diameter cable is symmetrically set in the both sides of guiding table, cable one end is provided with the cleaning mechanism of removing sundries in protective tube.The utility model is driven transmission shaft rotation by motor, further drive gear rotation, and drive transmission chain rotation, further drive all gear rotation, to make all transmission shaft rotation, and drive the rotation of traction roller on it, to drive cable to move and enter into protective tube, without manpower threading, improve threading efficiency, again by rotating carousel drive screw rotation, further drive the screw thread slide block of screw rod front and back end close or opposite movement, to drive the guiding slide block of transmission box two sides slide in guiding sliding slot, to adjust the interval of two transmission boxes, to adapt to the cable of different diameter.

The utility model provides a kind of applied to the auxiliary erecting tool of cable erection, it is related to cable erection technical field, including trolley, the top of trolley is connected with auxiliary lifting assembly, the auxiliary lifting assembly includes two groups of fixed support.The utility model in when erecting scene space is smaller, cannot use lift truck to carry out the erection of cable, cable can be rolled to trolley by uphill board, after then, servo motor is started to drive rotating rod rotation, to make two groups of unidirectional screw rod rotate simultaneously, further by the mode of screw rotation drives cable to ascend, trolley is pushed to the front of target placing rack, after adjusting cable position makes it with placing rack accurate alignment, switch servo motor is positive rotation mode, by positive engagement transmission makes unidirectional screw rod drive hanger steady decline, until cable and placing rack are completely contacted, i.

The application discloses a fireproof embedded cable bridge connecting piece, a cable bridge device and a use method thereof, and belongs to the technical field of cable bridges. The fireproof embedded cable bridge connecting piece comprises a connecting shell embedded in a concrete floor slab, and further comprises: a positioning wing plate, which is arranged at least in two and symmetrically on the outer side of the connecting shell, and the surface of the positioning wing plate is provided with anti-rotation tooth patterns and an annular boss; a split connecting head, which is arranged in two and respectively at the upper and lower ends of the connecting shell; and a composite cushion layer, which is wrapped on the outer sidewall of the connecting shell. By adopting the "galvanized steel plate-ceramic silica gel" composite structure, integrating a three-stage sealing system and a honeycomb space truss reinforcing rib, the fireproof limit of more than 2 hours at 950 DEG C high temperature and the compression strength of 300kN are realized, and the industry problems of poor fire resistance, easy deformation and existence of "chimney effect" of the traditional bridge are solved.

The utility model provides a kind of photovoltaic cable laying guiding device, it is related to photovoltaic cable laying technical field, by combining horizontal wheel group and vertical wheel group, the upper guide pulley and lower guide pulley in horizontal wheel group can be flexibly slid on the first guide rail, left guide pulley and right guide pulley in vertical wheel group are stably operated on the second guide rail, to facilitate the distance between upper guide pulley and lower guide pulley and the distance between left guide pulley and right guide pulley are adjusted according to the size of photovoltaic cable, so that it adapts to the size of photovoltaic cable, prevent cable from appearing distortion or injury in laying process;By being equipped with circular slot on guiding frame, being equipped with connecting protrusion and circular slot sliding connection on upper fixed plate and lower fixed plate, and being fixed by connecting bolt and thread hole, vertical wheel group angle can be changed, so that it adapts to the path of cable, avoid cable excessive bending, ensure that cable laying is smooth and safe.

This utility model relates to the field of pipe threading technology, and provides a device for threading detection lines inside multi-layer pipe sleeves. It includes a pipe fitting and a driving device for moving the pipe fitting. One end of the pipe fitting is detachably connected to a push head, the front end of which is hemispherical. The push head has a receiving groove, within which a slidable pushing block is elastically connected. The push head is equipped with a limiting device to restrict the movement of the pushing block, the limiting device including a limiting pin. The pushing block has a limiting hole that cooperates with the limiting pin, and the push head has a positioning hole that cooperates with the limiting pin. Therefore, this utility model facilitates the threading of pipe fittings, reduces the difficulty of threading pipe fittings into the insulation layer, and thus facilitates the threading of leakage detection lines within the insulation layer.

The embodiment of the application provides a riprap throwing system and method for submarine cable protection, and belongs to the technical field of cable protection. The system comprises a dynamic positioning ship, a rockfall passage and an underwater robot, the underwater robot is provided with a plurality of multi-beam devices, and the dynamic positioning ship is connected with the underwater robot through the rockfall passage; the dynamic positioning ship is used for tracking and driving the submarine cable and transmitting the stone to the rockfall passage; the rockfall passage is used for transmitting the stone to the underwater robot; the underwater robot is used for scanning and measuring the submarine environment through the multi-beam device, determining the position deviation of the stone throwing, adjusting the position of the dynamic positioning ship according to the position deviation, and throwing the stone above the position of the submarine cable. The embodiment of the application can improve the accuracy and efficiency of stone throwing.

A cable reel configured to spool a subsea cable end (2) and supported fitting (4) onto the cable reel (6) is disclosed. The cable reel (6) comprises a first engagement means (110), said first engagement means (110) being complementary to a second engagement means (120), on the subsea cable end (2) or on the fitting (4) or on both. An assembly and a method of spooling a subsea cable end (2) and supported fitting (4) onto a cable reel (6) are also disclosed. The method comprises providing a first engagement means (110) on the cable reel (6); providing a second engagement means (120), being complementary with the first engagement means (110), on the subsea cable end (2) or on the fitting (4) or on both; and rotating the cable reel to automatically engage the first engagement means (110) and the second engagement means (120) to spool the subsea cable end (2) and fitting (4) onto the cable reel (6).

A fish stick includes a light emitting component, such as a lighted tip, near the leading end of the fish stick. The lighted tip includes a curved lens that directs some light around an attachment piece at the end of the fish stick and generally in the forward direction parallel to the longitudinal axis of the fish stick. The fish stick may be made of a phosphorescent material and stored in a lit container with an LED and reflective surfaces. The fish stick may be made of multiple rods that are threadably engaged with each other and include a spring biasing element that increases the coefficient of friction between the threads of the rods. The fish stick may also be made of multiple rods that are threadably engaged with each other via collars.

To provide an offshore system comprising a dynamic submarine power cable.SOLUTION: An offshore system comprises: a dynamic submarine power cable 11; a bend stiffener 9 having a lower end 9b and an upper end 9a, the bend stiffener 9 having a central channel extending from the lower end 9b to the upper end 9a, the central channel receiving the dynamic submarine power cable 11 with a radial spacing between an inner surface of the central channel and an outer surface of the dynamic submarine power cable 11 along the length of the dynamic submarine power cable 11 arranged in the bend stiffener 9, the radial spacing forming a longitudinal channel between the bend stiffener 9 and the dynamic submarine power cable 11; and a fluid flow device 13 configured to generate a fluid flow inside the longitudinal channel.SELECTED DRAWING: Figure 2

This utility model discloses an auxiliary assist device for fiberglass cable threaders, relating to the field of cable threader technology. It includes a support frame, with a rotating shaft rotatably connected to the middle of the front and rear sides of the inner side of the support frame. A gathering cover is fixedly connected to the outer side of the rotating shaft near the rear side, and the gathering cover is located inside the support frame. A guide mechanism is movably installed on the upper side of the support frame near the front side. A rotating mechanism is movably sleeved on the outer front side of the support frame. The rotating mechanism includes a fixed frame, and a rocker arm is rotatably connected to the front side of the fixed frame near the right side. This auxiliary assist device for fiberglass cable threaders uses a motor to drive the rotating shaft, which in turn drives the gathering cover to rotate. This allows the gathering cover to gather or extend the cable rod inside, avoiding the time-consuming and labor-intensive problems of manual operation and improving work efficiency.