16results about How to "Fast laying" patented technology

The utility model discloses a kind of widening structure of municipal road, including the filling plate as widening base layer, the accommodating groove of downward recess is equipped on filling plate upper surface, the rubber particle layer solidified by cementing agent is filled in accommodating groove, the groove bottom of accommodating groove is equipped with reinforcing plate that is interlaced longitudinally and transversely, reinforcing plate is fixedly connected with filling plate, for enhancing the overall stiffness and deformation resistance of widening structure, the bottom of filling plate is connected with connecting assembly, connecting assembly includes the connecting column inserted into soil, the outer wall of connecting column is equipped with the plug-in cone for increasing friction, connecting column is equipped with expansion assembly in, expansion assembly includes the pull block for making the outer wall of connecting column outwardly offset, the surface of filling plate, connecting assembly and expansion assembly is equipped with rust-proof paint. By filling plate and rubber particle layer combination, it is convenient to quickly lay, also can cope with certain degree of thermal expansion and cold shrink, the cooperation of connecting column and expansion assembly realizes firm anchoring with ground.

The utility model relates to the technical field of textile base cloth, and discloses textile base cloth convenient to lay, which comprises a base cloth body, first side edges used for splicing another base cloth body are arranged on two sides of the base cloth body, and plug pins used for positioning the front end of the base cloth body are arranged at one ends of the two groups of first side edges. The base cloth body is supported and flattened through the supporting strips, so that the base cloth body is not prone to wrinkling in the laying process, the base cloth body is convenient to flatly lay, and when the base cloth body is laid on a newly-built road, the two sets of plug pins are inserted into the ground through the inner sides of the two sets of through holes respectively, and then the base cloth body is laid on the road. The front end of the base cloth body is conveniently fixed to the ground, the function of positioning the front end of the textile base cloth is achieved, the problem that deviation occurs when the textile base cloth is laid on a road is avoided, then the rear end of the base cloth body is pulled to flatly lay the base cloth body on the newly-built road, and the function of rapidly laying the base cloth body on the road surface is achieved.

The present application relates to a kind of vertical battery frame mould pressing equipment and its mould pressing forming method, comprising: prepreg equipment, cantilever spreader, cutting and stacking equipment, grabbing manipulator and mould pressing host, mould pressing host includes: bearing base plate, linear guide, left mould pressing assembly, right mould pressing assembly, screw motor assembly, bottom plate for installing inner mould is arranged between left mould pressing assembly and right mould pressing assembly, inner mould is used to place the pre-press raw material to be formed, left mould pressing assembly and right mould pressing assembly are used to compress the pre-press raw material on the two sides of inner mould and form, upper mould assembly is arranged between left mould pressing assembly and right mould pressing assembly, upper mould assembly is used to compress the pre-press raw material on the upper end surface of inner mould and form, the side of inner mould close to screw motor assembly is provided with material pushing mechanism, the side of inner mould away from screw motor assembly is provided with frame body demoulding mechanism;The present application has the characteristics of short beat, high efficiency, less auxiliary equipment, less operator and low production cost.

The application provides a kind of planting roof anti-leakage complete construction device and construction method, belongs to planting roof construction technical field, including installation base, the mobile platform is movably connected in the installation base upper end, the lateral adjusting mechanism that drives mobile platform moves is arranged between the installation base and mobile platform, the first adjusting cylinder is fixedly connected in the mobile platform upper end, the motor box is fixedly connected in the first adjusting cylinder upper end, the rotating motor is fixedly connected in the motor box interior, the rotating block is fixedly connected in the rotating motor output, the first spray pipe for waterproof coating spraying, the coiled material compaction mechanism for compacting waterproof coiled material, the second spray pipe for waterproof coating spraying and the coiled material winding mechanism for coiled material winding are sequentially fixedly connected in the rotating block four walls for waterproof coating spraying. The application can achieve the effects of convenient construction, rapid construction and double-sided construction.

The utility model relates to the field of foundation pit drainage, specifically relates to a foundation pit drainage system, including drain pipe, set up in the periphery of foundation pit, by a plurality of pipe sections detachable connection is formed, precipitation well, along the periphery of foundation pit interval sets up a plurality, is equipped with precipitation water pump and is connected to drain pipe through first connecting water pipe, water collecting pit, set up in the foundation pit, and are connected to drain pipe through second connecting water pipe. Through setting up drain pipe and precipitation well realizes pit outer pipe well precipitation, realizes pit inner open drainage through setting up water collecting pit, adopts the form that both are combined, can realize the efficient drainage of foundation pit. Through connecting water collecting pit to drain pipe through second connecting water pipe, the quick discharge of sewage in water collecting pit is convenient. Through setting up drain pipe as by a plurality of pipe sections detachable connection is formed, can be reused after the completion of engineering, reduces construction cost, and need not on -the -spot excavation drainage ditch, only needs on -the -spot in the on -the -spot assembling pipe section can realize the quick laying of drain pipe, has greatly shortened construction period.

The utility model relates to the relevant technical field of concrete member curing, in particular to a concrete member anti-cracking curing device which comprises a movable main plate and an adjusting mechanism, a main roller is installed on one side of the surface of a connecting plate, and the adjusting mechanism is arranged on one side of the surface of the movable main plate. According to the anti-cracking maintenance device for the concrete member, through the arrangement of the adjusting mechanism, the limiting effect on a knob is lost by unscrewing a limiting bolt, then the knob is rotated to drive a driving roller to rotate so as to drive a belt to rotate, the belt drives two sets of mounting plates to move, and the two sets of mounting plates are adjusted to proper positions according to needs; at the moment, the limiting bolts are tightened to limit the rotary knobs, so that the two sets of auxiliary rollers can be limited, then the membrane material roll is arranged on the surfaces of the auxiliary rollers in a sleeving mode, the limiting rings are arranged at one ends of the auxiliary rollers in a sleeving mode, meanwhile, the limiting holes are aligned with the threaded grooves in position, and at the moment, the locking bolts are tightened to limit and fix the membrane material roll.

The utility model discloses a laminating device for sheet metal working, which relates to the technical field of sheet metal working and comprises a base, side plates symmetrically and fixedly connected to the top of the base, a film roller rotatably connected between the side plates, a transverse plate fixedly connected between the tops of the side plates, a push rod motor mounted at the top of the transverse plate, and a pressing plate arranged between the side plates. According to the adhesive film laying device, the pressing plate is driven by the push rod motor, and the adhesive film can be rapidly and evenly laid in cooperation with the synergistic effect of the film roller and the guide roller; the strip-shaped groove in the bottom of the pressing plate can ensure that the blade cannot be hindered from moving when pressed downwards, the blade can slide into the notch of the stop block, and the groove design in the bottom of the pressing plate is combined, so that the risk that the blade is touched by mistake is avoided, and normal work of the pressing plate is ensured.

This invention discloses a shallow water pavement paving system and method. The system includes: a traction system connected to a guiding system via a traction cable; a guiding system connected at its front end to the traction system via the traction cable and connected to a channel slab storage system via a paving device, the paving device including a first connection point and a second connection point; and a channel slab storage system comprising upper and lower layers, each layer storing channel slabs. The channel slabs stored in the upper layer of the channel slab storage system are connected to the first connection point of the paving device, and the channel slabs stored in the lower layer of the channel slab storage system are connected to the second connection point of the paving device. When traction force is applied to the first connection point, it moves the upper channel slabs in the channel slab storage system; when traction force is applied to the second connection point, it moves the lower channel slabs in the channel slab storage system. The traction system, guiding system, and channel slab storage system are arranged on a barge in a front-to-back sequence.

The application provides a fire engineering fire hose automatic winding and cleaning integrated equipment, and relates to the technical field of fire hose winding and cleaning. The fire engineering fire hose automatic winding and cleaning integrated equipment comprises a box body, a water spraying part for fire water outlet is arranged in the box body, and a moving part for adjusting the left-right position of the water spraying part is arranged at the bottom of the water spraying part. The fire engineering fire hose automatic winding and cleaning integrated equipment drives the rack to move up and down through the up-down movement of the outer frame, drives the gear to rotate forward and backward through the up-down movement of the rack, drives the rotating rod to rotate forward and backward through the forward and backward rotation of the gear, drives the first telescopic rod to rotate forward and backward through the forward and backward rotation of the rotating rod, and drives the water spraying part to rotate forward and backward through the forward and backward rotation of the first telescopic rod. The structure changes the left-right and up-down angles of the water spraying part, so that water spraying is performed on different positions, the fire extinguishing range is larger, the fire extinguishing effect is better, the water spraying part does not need to be manually rotated, manpower is saved, and time is saved.

The utility model discloses a kind of six-prong block solid stone slope protection structures, including multiple six-prong blocks, multiple six-prong blocks inside are provided with up and down through grass planting cavity;Multiple six-prong blocks are provided with at least 6 through holes at height direction 1 / 3 along horizontal direction through;Multiple through hole is through with steel wire A and steel wire B reinforcement fixed;Multiple six-prong blocks are laid along box culvert boundary boundary line and cut-off flood drainage channel top boundary line respectively, six-prong block inside located in edge area is filled with concrete by concrete filling cavity, to form boundary reinforcement area.The six-prong block solid stone slope protection structure of the utility model not only improves the structural stability and ecological performance of slope protection, also has the advantages such as convenient construction, cost benefit is high, durability is strong and water permeability is good.

The application discloses a main beam glass fiber cloth layering hoist for wind power blade manufacturing, which comprises a lifting support, a shaft assembly rotatably installed on the lifting support, and a lifting hook assembly connecting the shaft assembly to the lifting support, the shaft assembly comprises a rotating shaft and a locking device locking the position of the rotating shaft, the locking device comprises a locking receiving part, a fixing part connected to the locking receiving part, and a locking piece matched with the locking receiving part, and the two ends of the glass fiber cloth abut against the fixing parts of a pair of locking devices and are fixed to the rotating shaft by the cooperation of the locking piece and the locking receiving part. The layering hoist can quickly, accurately and flatly lay the glass fiber cloth into a mold, reduces subsequent manual adjustment, saves the time and manpower for adjusting the glass fiber cloth after laying, thereby reducing the labor cost, ensuring the laying quality, and improving the laying efficiency.

The utility model discloses a template structure for side slope pasting slope concrete, including steel template, longitudinal ridge and connecting component, longitudinal ridge is equipped with at least two, sets up in steel template back, and the middle part all has opened longitudinal mounting seam, and the top end and the bottom of longitudinal mounting seam respectively exceed the upper end and the lower end of steel template, every longitudinal ridge all is provided with two connecting components, and two connecting components are used for connecting the top end and the bottom of longitudinal ridge to side slope slope respectively, the tapered sleeve is sleeved on the first screw rod, the top of first screw rod passes through longitudinal mounting seam, and the top end or bottom of longitudinal ridge is pressed down by the pressing part, and the bottom of first screw rod is connected to the pre -buried bar. The utility model can realize the quick establishment of template, avoid the problem of complicated process that needs to erect and dismantle the scaffold in the existing technology, effectively avoid various security risks existing in the erecting and dismantling process of scaffold.

The present application relates to non-ferrous metal processing technical field, specifically provide a kind of aluminium alloy sheet hot cold die composite heat treatment method.The aluminium alloy sheet hot cold die composite heat treatment method provided by the present application includes the following steps:S1.workpiece is placed in quenching device, and the workpiece is closed and clamped using upper and lower split heating die, is kept at 400-550 DEG C for 5-20min to carry out solid solution treatment;S2.the workpiece after solid solution treatment is transferred to cooling station, and the workpiece after solid solution treatment is closed and clamped using upper and lower split cooling die to carry out quenching treatment, and finished product is obtained;Wherein, the temperature of the upper and lower cooling die is controlled at 15-25 DEG C.The present application is by using the continuous processing mode of upper and lower split hot and cold die combination, so that the effective support of die is obtained in the whole process of solid solution and quenching for sheet, so that the deficiency of traditional air cushion furnace process in plate shape control and performance uniformity is successfully overcome, and then high-quality aluminium alloy sheet with flat plate shape and uniform structure can be stably prepared.

This utility model relates to the field of flame-retardant glass production technology, specifically to a continuous production line and equipment for high flame-retardant fiberglass sheets. The production line has a raw material processing unit, a curing unit, and a post-processing unit arranged sequentially in the conveying direction. The raw material processing unit includes a fiber weaving device, and the curing unit includes a curing furnace and a steam furnace. In the conveying direction, the steam furnace is located downstream of the curing furnace. This production line allows raw materials to be mixed in the raw material processing unit, cured in the curing unit, and post-processed in the post-processing unit to directly obtain high flame-retardant fiberglass sheets, achieving continuous production. The fiber weaving device can adjust the product width and density online, enabling personalized customization and flexible production. The steam furnace can cross-link and cure the inorganic resin in the raw materials, ensuring the stable quality of the high flame-retardant fiberglass sheets and improving production efficiency.

This utility model discloses a bridge cap beam construction support, relating to the technical field of cap beam construction support. The utility model includes a steel pipe column, with a longitudinal beam installed on the top of the column. The longitudinal beam is H-shaped, and crossbeam plates are installed on the longitudinal beam in a cross-shaped arrangement. A first groove is formed at the middle of both ends of the lower surface of the crossbeam plate. A symmetrically arranged movable plate is located at both ends of the first groove on the lower surface of the crossbeam plate. A corresponding positioning block is fixed to the side of the movable plate facing the longitudinal beam. For a large number of crossbeam plates, traditional installation requires aligning and fixing them one by one, a cumbersome and time-consuming process. This structure, however, uses a movable plate inserted into the longitudinal beam and a rotating wheel to drive a slider to engage the positioning block in the longitudinal beam. This allows for rapid initial positioning of the crossbeam plate and the longitudinal beam, eliminating the need for repeated precise alignment. This allows workers to quickly lay multiple crossbeam plates sequentially on the longitudinal beam, significantly shortening the installation time for a large number of crossbeam plates.