23results about How to "Improve docking efficiency" patented technology

This utility model discloses a self-locking cable tray, comprising two symmetrical housings. A cover plate is provided on the top of each housing. Three identical hooks are fixedly connected to the front and back of the cover plate, and three identical fasteners are fixedly connected to the front and back of each housing. The hooks and fasteners are compatible. Multiple identical openings are provided on both the front and back of each housing. This utility model allows for cable tray docking via a connecting structure. By placing the two housings together and pushing the fixing rod, the fixing rod enters the inner cavity of the second fixing frame. At this time, the limiting plate is in contact with the first fixing frame. Rotating the torsion block causes the threaded rod to connect with the threaded sleeve, allowing the threaded rod to enter the inner cavity of the second fixing frame and engage with the fixing rod. This eliminates the need for users to use multiple bolts to fix the cable tray, improving the efficiency of cable tray docking.

The utility model relates to the field of ocean engineering equipment provides a six degrees of freedom active and passive combined wave compensation trestle structure, including slewing seat, drive portion, trestle portion, trestle telescopic part and butt joint part, the proximal end of trestle portion is hinged with slewing seat, the proximal end of trestle telescopic part cooperates with the distal end of trestle portion, butt joint part is configured at the distal end of trestle telescopic part, the both ends of drive portion are rotatable configuration in slewing seat one side, trestle portion bottom, and drive portion includes initiative control assembly and torque compensation assembly. The utility model through torque compensation assembly to the trestle bridge body gravity torque is offset, has reduced initiative control assembly required power specification and drive control difficulty, butt joint part can absorb the instability brought by the ship roll motion on one hand, on the other hand, through the relative rolling of the roller and target docking platform, avoids the direct contact of the trestle in telescopic direction and target docking platform, reduces the compensation control difficulty.

The present application belongs to the technical field of hoisting of protective fences, and solves the problems of poor hoisting stability and low efficiency of the prior art. The present application provides a hoisting jig for protective fences, comprising: a suspension wheel connectable with a crane; a sling suspended on the suspension wheel; a high-position hanger connected with the higher end of the sling; a low-position hanger arranged on one side of the high-position hanger; a connecting assembly rotatably connecting the high-position hanger and the low-position hanger and connecting the lower end of the sling with the low-position hanger; the height of the high-position hanger is greater than the height of the low-position hanger; the connecting assembly enables the high-position hanger and the low-position hanger to have a hoisting state of being locked back-to-back and a docking state of being distributed front-to-back in the length direction of the protective fence. The device improves the hoisting stability and construction efficiency of the protective fence by simultaneously hoisting two protective fences and assisting in docking.

The utility model belongs to the field of offshore wind power, and discloses a charging device for a grouting ship for offshore wind power, which is mounted on the grouting ship in a matched manner and comprises a charging mechanical arm and a mooring clamping mechanism, the charging mechanical arm comprises a mechanical arm body and a grouting ship charging mechanism arranged at the execution end of the mechanical arm body, the mechanical arm body drives the grouting ship charging mechanism to move, and the grouting ship charging mechanism is used for being matched with a platform charging device on the parking charging platform to achieve charging of the grouting ship. According to the utility model, charging and parking functions are integrated in one set of device. Integrated butt joint is achieved through precise positioning of the mechanical arm, auxiliary fixing of the suction cup and the charging head of the grouting ship controlled by the telescopic driver. Compared with an existing scattered charging and anchoring mode, the integrated design simplifies the operation process and improves the working efficiency.

The utility model relates to a kind of floating butt joint's carrying robot and carrying system. Among them, carrying robot includes: mobile mechanism, including mobile base;Self-adapting floating mechanism, with fixed end and floating end, fixed end connects mobile base, floating end has the freedom of rotation and translation;Conveying mechanism, including support assembly and conveying assembly, support assembly includes support body and plug-in piece, support body connects floating end, plug-in piece is fixed opposite support body, and plug-in piece is located at at least one end of support body along Y direction, when plug-in piece moves along Y direction, it can be guided and realize plug-in, conveying assembly is installed on support body, and conveying assembly is used to carry material and material along Y direction translation. Conveying mechanism can be fine-tuned to move horizontally and rotate during butt joint with machine, to provide convenience for the accurate transfer of flower basket. The utility model does not need carrying robot to be accurately positioned, while improving butt joint efficiency, reduce equipment cost.

The utility model relates to the technical field of chemical equipment manufacturing technique discloses a storage pipe for phenol oil production, including pipe body, pipe cover, connecting pipe, feed tank, the surface fixed connection of pipe body has the pipe cover, the surface fixed connection of pipe body has the connecting pipe, the surface fixed connection of pipe body has the feed tank, the surface of connecting pipe is equipped with clamping structure, and the clamping structure includes connecting plate, the surface of connecting plate is equipped with the sliding slot, the inner wall sliding connection of sliding slot has the clamping plate, the inner wall rotation is connected with the two -way screw rod of sliding slot, the surface screw connection of two -way screw rod's arc surface and clamping plate, one end fixed connection of two -way screw rod has the rotation plate, the surface rotation of rotation plate is connected with screw rod, and one end screw connection of screw rod and connecting plate's surface.

The utility model relates to the technical field of hook arm car, disclose a kind of hook arm car quick butt joint locking structure, including frame, the two sides of frame front and rear are provided with multiple butt joint mechanisms and multiple support seats;The lower end of the connecting column is fixedly connected in the front portion of butt joint seat, the front end of the stop lever is rotatably connected in the outer periphery of connecting column, and the one end of the lever is fixedly connected in the stop lever end close to connecting column.The utility model discloses a kind of hook arm car quick butt joint locking structure, by setting horn-shaped guide slot, can guide the butt bar of the lower part of container accurately into butt joint seat, cooperate the linkage of lever and stop lever, by means of electric push rod drive latch insertion into jack, can realize locking to butt bar, greatly improve the stability of container and frame butt joint. And the whole butt joint and separation process is completed by mechanical structure and electric control cooperation, convenient operation, effectively improve the butt joint efficiency of hook arm car and container, realize the double effect of quick butt joint and reliable locking.

The application discloses a PE steel wire pipe mounting device and relates to the technical field of pipeline equipment. The application provides a PE steel wire pipe mounting device which facilitates butt joint of a PE steel belt reinforced spiral corrugated pipe. The device comprises a supporting seat, a guide piece fixedly connected to the supporting seat, symmetrically arranged moving pieces slidably connected to the guide piece, an L-shaped fixing frame fixedly connected to the supporting seat, a rotating piece rotatably connected to the L-shaped fixing frame, a double-shaft motor fixedly installed on the rotating piece, a first brush fixedly connected to one output shaft of the double-shaft motor, and a second brush fixedly connected to the other output shaft of the double-shaft motor. The first brush and the second brush are rotated to uniformly apply lubricating oil to the inner wall of the flared end of the right PE steel belt reinforced spiral corrugated pipe and a pipe special rubber ring, so that people do not need to manually apply lubricating oil by using a brush, the workload is reduced, and butt joint of the PE steel belt reinforced spiral corrugated pipe is facilitated.

The application belongs to the technical field of positioner, and discloses a docking positioner, which comprises a positioner base, a first horizontal direction moving module and a second horizontal direction moving module. The first horizontal direction moving module is connected to the positioner base and can move in the first horizontal direction relative to the positioner base. The second horizontal direction moving module is connected above the first horizontal direction moving module, and can move in the second horizontal direction relative to the first horizontal direction moving module. The second horizontal direction is perpendicular to the first horizontal direction. At least one of the first horizontal direction moving module and the second horizontal direction moving module has an active control mode and a driven control mode, and the active control mode and the driven control mode can be switched. The docking positioner can not only realize stress-free or low-stress assembly of large components, improve product quality, but also realize automatic loading and unloading of large components, and improve docking efficiency.

This disclosure proposes an automated data warehouse construction method and system based on dimensional modeling. The method includes: constructing a detailed layer logical model, establishing relationships between the detailed layer logical models, and generating detailed layer physical tables; receiving predefined atomic indicators, business constraints, and derived indicators through a visual interface; receiving first configuration metadata through a visual interface and generating a first summary layer logical model based on the first configuration metadata; the first configuration metadata includes first model relationship information and first business indicators; responding to physicalization instructions, automatically generating a first structured query language (SQL) script for creating physical tables and processing data according to the first summary layer logical model; and automatically executing the first SQL script to generate the first summary layer physical tables. This method provides a data warehouse solution that can reduce data modeling complexity, improve development efficiency, and support standardized and automated construction.

This application discloses a connector structure, a liquid seasoning module, and a dispensing device. The connector structure includes: a first fixed end; a second fixed end; a first connector disposed at the first fixed end; and a second connector disposed at the second fixed end. The second connector and the first connector are magnetically connected. The first connector is movable relative to the first fixed end and is constrained by the first fixed end, with a gap of at least 1 mm between the first connector and the first fixed end in the front-back direction. And / or, the second connector is movable relative to the second fixed end and is constrained by the second fixed end, with a gap of at least 1 mm between the second connector and the second fixed end in the front-back direction. This allows at least one connector in the connector structure to adjust according to the position of the other connector, enabling the first and second connectors to fit tightly together, thereby improving the docking efficiency and accuracy of the connector structure.

This invention discloses a gas detection device and method, solving the problems of cumbersome operation and low replacement efficiency of adding disposable protective nozzles to the sampling port in existing technologies. The gas detection device of this invention includes a cylinder and a nozzle storage unit. A rotary gas detection unit is located on the upper part of the cylinder, and an automatic nozzle removal unit is located on the other side of the cylinder. The nozzle storage unit includes a storage shell with a storage cavity for storing disposable nozzles inside. A mounting groove is formed in the middle, communicating with the storage cavity. A linkage drive mechanism for pushing disposable nozzles and driving the rotary gas detection unit to rotate is located within the mounting groove. The rotary gas detection unit, in conjunction with the nozzle storage unit and the automatic nozzle removal unit, completes the entire process from nozzle feeding, insertion, detection, removal, and recycling without manual intervention, efficiently completing the automatic replacement of disposable nozzles and reducing the risk of cross-contamination.

The utility model discloses a kind of MPP cable protection pipe socket joint interface processing device, it is related to cable protection pipe processing technical field, including equipment workbench, the upper end of equipment workbench is fixedly installed with installation base plate, one end of installation base plate is fixedly installed with support base plate, the lower end of support base plate is fixedly installed with drive assembly, drive assembly is composed of driving motor, rotary connecting plate and drive cylinder, rotary connecting plate is fixedly installed on the output shaft of driving motor, by setting the heating assembly consisting of outer heating tube, inner heating tube, first arc connecting plate, second arc connecting plate, connecting base ring and Z-shaped connecting plate, inner heating tube is located in outer heating tube, when heating to MPP cable protection pipe, inner heating tube is heated from pipeline interior, outer heating tube is heated from pipeline exterior, can make pipeline inner and outer wall heat simultaneously, effectively solved the problem that pipeline is unevenly heated caused by traditional single external heating mode.

The utility model belongs to pipeline connection technical field especially, it is a kind of pipeline connecting mechanism, including first pipeline, second pipeline, two top hoops and two bottom hoops, two top hoops are respectively set in the top of first pipeline and second pipeline, two bottom hoops are respectively set in the bottom of first pipeline and second pipeline;By setting up connecting assembly, top hoop and bottom hoop are tightly set on first pipeline and second pipeline, then screw rod, cross bar are respectively butt jointed with two fixed racks, rotate screw rod to make two fixed racks move towards each other and drive top hoop to move, and bottom hoop is driven to move by connecting assembly, to make first pipeline and second pipeline move towards each other, so that the end position of first pipeline and second pipeline is tightly butt jointed, not only can avoid misalignment etc. Impact the butt joint effect of pipeline, can effectively improve the butt joint efficiency of pipeline, and it is convenient to carry out pipeline maintenance work, with higher practicality.

This invention provides a docking device and method for actively capturing floating pipes on the water surface, belonging to the field of nuclear power plant cold source interception net waste cleaning technology. The docking device and method for actively capturing floating pipes on the water surface includes a hull and a floating body unit, both of which float on the water surface. A docking male is provided at the bow of the hull. It also includes: a multi-degree-of-freedom moving unit installed at the bow of the hull; and a docking unit installed on the multi-degree-of-freedom moving unit for grasping the floating body unit, achieving active capture and precise docking of the floating pipe. Through the multi-degree-of-freedom moving unit, the conical docking structure, and sensor positioning, it automatically compensates for bilateral dynamic disturbances caused by waves and water flow, completing docking without manual assistance, significantly improving docking efficiency and accuracy, avoiding interface collision damage and leakage, and eliminating the safety risk of falling into the water during manual operation. It can still operate stably in complex sea conditions.

The utility model provides a kind of concrete delivery pipe, including delivery pipe body, still including the first connecting flange of its setting, and the second connecting flange of its bottom end setting, first connecting flange and second connecting flange are connected to two delivery pipe bodies by cooperation;The inner wall of the delivery pipe body is provided with speed reduction rib, the speed reduction rib is spirally extended downward with the axis of delivery pipe body as axis, it is extended from the top end of delivery pipe body to the bottom end of delivery pipe body along the axis direction of delivery pipe body, and it is guided that concrete cyclone slows down;Quick positioning structure is provided on the first connecting flange and the second connecting flange, the quick positioning structure includes the protrusion of the first connecting flange bottom end face setting, and the recess of the several of second connecting flange top setting, and the first connecting flange and the second connecting flange are provided with the fixed through-hole, protrusion is aligned recess when fixed through-hole is automatically aligned, and first connecting flange and second connecting flange are fixed by bolt nut.

The utility model relates to the technical field of irrigation pipelines, and solves the problems that an irrigation pipeline needs to be continuously assembled, replaced and maintained according to irrigation requirements, pre-butt joint cannot be performed on the pipeline during assembly and replacement, so that the assembly efficiency is low, and a certain amount of friction is generated in the pipeline due to repeated insertion, butt joint and assembly of the pipeline. The irrigation pipeline sealing connection structure comprises a pipeline A and a pipeline B. A flange plate A is arranged on the surface of one end of the pipeline A and connected with a plurality of elastic conical sealing rings in a sleeving mode, a flange plate B is arranged at one end of the pipeline B, and annular grooves matched with the elastic conical sealing rings are formed in the pipeline B; the pipeline A is inserted into the pipeline B through the elastic conical sealing ring to form radial sealing; the surface of the flange plate B is rotatably connected with a fixing ring A, the surface of the fixing ring A is vertically symmetrically provided with directional holes, and springs and limiting beads are arranged in the directional holes; the surface of the A flange plate is fixedly connected with a B fixing ring.

The application provides a guide rail sliding block ball anti-falling device, and belongs to the technical field of guide rail sliding blocks. Specifically, the device comprises a plug-in plate, which is used for sliding fit with the inside of a sliding block. The plug-in plate comprises a support plate and first and second blocking strips located on the opposite two side edges of the support plate. The side faces of the first and second blocking strips opposite to each other are provided with strip-shaped grooves, which are matched with the part of the sliding block where the balls protrude inside the sliding block. The inner wall surface of the strip-shaped grooves wraps around the part of the sliding block where the balls protrude inside the sliding block. One end of the plug-in plate is fixedly connected with a first blocking plate, which is used for abutting against one end face of the sliding block. The other end of the plug-in plate is provided with a second blocking plate, which is used for abutting against the other end face of the sliding block. The second blocking plate is provided with a through hole through which the end of the plug-in plate passes, and the second blocking plate and the end of the plug-in plate are clamped together. Through the processing scheme, the problem of ball falling during the transportation of the sliding block is solved.

This invention discloses a welding device for automotive rear axle housings, belonging to the field of rear axle housing welding technology. It includes a base, with a chuck fixing seat fixedly mounted on one side of the top of the base. A stepper motor is fixedly mounted inside the chuck fixing seat, and the output end of the stepper motor extends out of one side of the chuck fixing seat and is fixedly connected to an electric chuck. By setting the chuck fixing seat and the internal stepper motor and electric chuck on the top of the base, and cooperating with the first electric telescopic rod, rotating seat, and clamping sleeve on the clamping frame, precise clamping of both ends of the rear axle body is achieved. Simultaneously, the two third electric telescopic rods and the pre-clamping frame in the pre-clamping mechanism pre-position and support the middle section of the rear axle body, forming a three-point positioning structure of "fixed ends + middle section support." This structure significantly improves the positioning accuracy and stability of the rear axle body, effectively reduces welding deformation, and improves the quality of the welded joint and the overall strength of the rear axle housing.

This application discloses a multi-port modular energy docking system, method, and energy storage system, relating to the field of energy control technology. The energy input module includes several energy docking ports for docking with power supply devices of a single energy type. The energy input module transmits the initial power signal from the power supply device to an energy synchronization module. The energy synchronization module performs energy conversion on the initial power signal based on the target DC bus voltage to obtain the target power signal. The energy scheduling module determines the working power signal based on the target power signal and the operating characteristics of the docked load, and outputs the working power signal to the corresponding load for power supply. This system modularly docks with multiple energy sources through each port, facilitating energy capacity expansion. Simultaneously, after each energy module is connected, it performs equalization control and selects a suitable working power signal as the energy output to the load based on the load characteristics, thereby achieving effective integration of different energy sources and improving energy docking efficiency.

This utility model discloses a high-temperature resistant stainless steel pipe, comprising two sets of high-temperature resistant stainless steel pipe bodies symmetrically arranged in the left-right direction. A connecting ring is fixed to one end of each high-temperature resistant stainless steel pipe body that is close to the other. A reinforcing pipe is inserted into one end of each high-temperature resistant stainless steel pipe body that is close to the other. A positioning ring is fixed in the middle of the reinforcing pipe. The positioning ring is equipped with a self-locking component that works in conjunction with the connecting ring. This utility model effectively supports the connection point between the two sets of high-temperature resistant stainless steel pipe bodies by setting a self-locking component and using a reinforcing pipe. This allows for quick and easy connection and fixation of the two sets of high-temperature resistant stainless steel pipe bodies by a snap-fit ​​connection method, while ensuring connection stability. The entire connection process is simple and convenient, requiring only a snap-fit ​​connection. This not only improves connection efficiency but also reinforces the connection point of the two sets of high-temperature resistant stainless steel pipe bodies, preventing breakage and avoiding safety hazards.

The utility model belongs to prefabricated technology field of building, disclose a prefabricated connecting piece of fabricated building, including first prefabricated part and second prefabricated part, the opposite end of first prefabricated part and second prefabricated part is connected through quick detachable lock joint mechanism, quick detachable lock joint mechanism includes the positioning plug block of being established at first prefabricated part one side, the top of positioning plug block is equipped with the connecting lock tongue of vertical sliding and the elastic element of driving connecting lock tongue reset, one side of second prefabricated part is equipped with the positioning slot of cooperation with positioning plug block, the inner wall of positioning slot is equipped with the connecting lock hole of cooperation with lock tongue, the opening of connecting lock hole is equipped with inclined plane guide portion, the utility model discloses through inclined plane guide and elastic self -lock realize push in and lock, only need single person operation to can complete the butt joint of first prefabricated part and second prefabricated part, avoided the situation that traditional bolt connection needs two people cooperation operation to complete butt joint, improved the efficiency of first prefabricated part and second prefabricated part butt joint.