33results about How to "Orderly construction" patented technology

The invention discloses an evaluation method of a smart power grid integration demonstration project, which comprises the following steps that 1) a plurality of indexes for evaluating the to-be-evaluated smart power grid integration demonstration project serve as index layers; classification layers are set for the indexes in the index layers according to influence differences between the indexes and total objects of object layers; 2) significance weight numbers of the specific indexes, relative to the total objects, of the index layers and the classification layers are calculated by an analytic hierarchy method; evaluation scores of the indexes are calculated by a multi-stage fuzzy integration evaluation method; and 3) based on a result of Step 2), the evaluation scores of the indexes in the same layer are multiplied by the sum of the significance weight numbers of the indexes relative to the total objects, that is total scores of the to-be-evaluated smart power grid integration demonstration project are obtained. The method can forecast a popularization and application effect of the demonstration project in advance, and saves the expenses.

The invention discloses a shallow sea region land and sea mixed rock riprap method for dynamic planning. The method comprises the following steps of: (1) performing construction preparation, dividing construction grids through a beacon machine, and measuring and controlling the position of a rock riprap ship through global position system (GPS); (2) performing opening body barge rock riprap construction when the water depth is more than 1m, performing flat plate barge rock riprap construction when the water depth is close to 1m, and coordinating the two ships to perform seaborne rock riprap embankment fill; (3) performing vertical riprap construction through a land low tide or when the riprap embankment is exposed out of the water surface; (4) performing water depth and settlement observation in real time, combining the tide information, and dynamically planning the rock riprap position and the rock riprap quantity; and (5) employing a large-side small-middle rock riprap method in the total rock riprap process, and performing impact rolling reinforcement on the embankment after the rock riprap is finished. According to the method, the construction period can be effectively shortened, the construction safety is improved, the possibility of error riprap and erosion is reduced, and the construction cost is greatly reduced.

The invention discloses a support scaffold for an ancient building gallery bridge and a construction method of the support scaffold. The support scaffold comprises support base frames, support connecting rods and a reinforcing plate, the reinforcing plate is arranged between the support connecting rods, and the support connecting rods are arranged between the support base frames; and each support base comprises a base, first arch ribs, second arch ribs, third arch ribs, a beam frame, a support transverse frame and a support rod, the first arch ribs are arranged between the base and the beam frame, the second arch ribs are arranged between the base and the support transverse frame, the third arch ribs are arranged between the beam frame and the support rod, and the support rod penetrates through the support transverse frame. The construction method comprises the following steps of (a) clearing a workyard; (b) constructing a frame; (c) assembling the support base frames; (d) reinforcing; and (e) monitoring. According to the support scaffold for the ancient building gallery bridge and the construction method of the support scaffold, connecting of the support scaffold is flexible, disassembling and assembling are convenient, repairing is convenient, the anti-load capacity is high, the steadiness and the endurance are achieved, the construction method is simple, the construction period is short, the construction quality is easy to control, transportation of materials is convenient, and the construction cost is low.

The invention discloses a mechanized construction method for mountain tunnels based on high-pressure carbon dioxide fracturing. 1) A digging and reforming drilling rig is used to drill holes at designated positions on the tunnel face, and high-pressure gas generated by an air compressor is used to clean the holes. 2) Fill the boreholes at different positions with carbon dioxide detonating tubes, and arrange the detonating wires at the same time. 3) Carry out electric detonation. 4) The excavator with its own crushing head is used to find the roof of the cave wall after blasting, and the dangerous rocks around the cave roof and the cave are removed. 5) Clean and level the rock surface of the tunnel, remove the dangerous rocks on the injection interface, and fill the obvious holes. The invention can improve the construction efficiency of the excavation tunnel section in mountain tunnel construction, reduce manpower input, improve the construction environment and shorten the construction period.

The invention provides barrel body hoisting equipment. The barrel body hoisting equipment comprises a bearing mechanism, a lifting mechanism and a material taking mechanism, wherein the lifting mechanism is arranged on the bearing mechanism, and the lifting mechanism is configured to drive the welded barrel body to ascend and descend; the material taking mechanism is arranged on the bearing mechanism, and the material taking mechanism is configured to place the materials in a welding area. By means of the barrel body hoisting equipment, workers can conduct welding operation on the ground, theconstruction operation environment of the workers is effectively improved, and the construction operation efficiency is improved.

The invention discloses a self-anchorage cable bent tower driving cross brace arranging method. The method comprises the following steps of 1 machining a cross brace body, 2 machining a steel casing pipe, 3 lifting a cross brace body and the steel casing pipe, 4 installing a jack and 5 performing welding and fixing. The overall anti-bending capacity of the cable bent tower can be improved, a transverse brace steel tube bearing beam and a steel casing pipe bearing beam are arranged inside the cross brace steel pipe and the steel casing pipe in advance respectively, then, in the installing process, the jack can synchronously act on the cross brace steel pipe and the steel casing pipe according to the designed jacking force, and then the movable connection portion of the cross brace steel pipe and the steel casing pipe is welded and fixed after the cross brace steel pipe and the steel casing pipe are in place; according to the method, under the concrete dead-weight construction load and wind load effect, the pylon root pulling stress can be greatly lowered, and therefore the pylon generate no crack; it is ensured that construction is performed in order while the construction quality is ensured; meanwhile, construction of the cross brace is convenient, and the construction safety and stability can be improved.

The invention relates to a rubber pipeline laying device which comprises a first arc-shaped clamping limiting plate, a second arc-shaped clamping limiting plate, an abutting fastening assembly, a first fixing plate and a second fixing plate. The abutting fastening assembly comprises a pushing fastening screw, an arc-shaped abutting plate, a rotating assembly and a mounting plate. The bottoms of the first arc-shaped clamping limiting plate and the second arc-shaped clamping limiting plate are hinged through a hinge assembly, a first lug plate and a second lug plate are correspondingly welded to the upper portions of the first arc-shaped clamping limiting plate and the second arc-shaped clamping limiting plate, the first lug plate is lower than the second lug plate, and the first lug plate and the second lug plate are correspondingly and fixedly connected with a first fixing plate and a second fixing plate. The overlapped parts of the first fixing plate and the second fixing plate are in threaded connection through bolts and nuts, and preset bolts and nuts are installed on the sides, away from each other, of the first fixing plate and the second fixing plate.

The invention discloses a field pile hole interior soil cleaning machine for constructional engineering. The field pile hole interior soil cleaning machine for constructional engineering comprises a base and a soil cleaning mechanism, wherein the upper end of the base is fixedly connected to a supporting pipe, a first transmission mechanism is rotatably arranged on the side wall of the supporting pipe in a penetrating mode, a lifting mechanism is slidably arranged in the supporting pipe, the lifting mechanism is in transmission connection with the first transmission mechanism, the upper end of the lifting mechanism is fixedly connected to a transverse plate, the lower end of the transverse plate is provided with a moving mechanism, the lower end of the moving mechanism is fixedly connected to a vertical rod, the soil cleaning mechanism is fixedly arranged at the lower end of the vertical rod, the upper end of the soil cleaning mechanism is fixedly connected to a compaction mechanism, a horizontal plate is fixedly connected to the side wall of the supporting pipe, a second transmission mechanism is rotatably arranged on the horizontal plate in a penetrating mode, the second transmission mechanism is in transmission connection with the moving mechanism, and the second transmission mechanism is fixedly connected to the lifting mechanism. According to the field pile hole interior soil cleaning machine for the constructional engineering, while the soil cleaning is conducted, the inner wall of a pile hole can be further compacted, soil on the inner wall of the pile hole is prevented from collapsing, and in addition, the cleaned soil can be conveniently moved to a surrounding open space.

The invention relates to a power supply capability evaluation method of a regional power distribution network. The power supply capability evaluation method comprises the following steps of 1, building a power supply capability evaluation index system of main equipment of the power distribution network; 2, building a total power supply capability evaluation index system of peering equipment; and 3, building a power supply capability evaluation index system of a power distribution system. Technical scheme provided by the invention aims to build the power supply capability evaluation system to the power distribution system from single equipment on the basis of relatively less topological information, power supply capability evaluation models are respectively proposed with regard to three levels of the single equipment, the peering equipment and the power distribution system, and each level comprises three evaluation indexes, namely, maximum power supply capability, power supply capability storage and power supply capability margin.

The invention belongs to the technical field of constructional engineering, particularly relates to a perpendicularity and settlement monitoring system for constructional engineering based on the Internet of Things, and aims to solve the problems that operation is inconvenient when settlement and perpendicularity of a building are measured and warning response is slower during construction. The system comprises an acquisition system, a database, a comparison module, a signal receiving module, a signal transmitting module and an alarm system, wherein the acquisition system comprises a website layout module, a data measurement module and a data recording module. According to the present invention, the perpendicularity and the settlement of the building are automatically measured and recorded through a perpendicularity sub-module and a settlement sub-module, the settlement and the perpendicularity of the building are rapidly calculated through an adjustment calculation sub-module and a geometric analysis sub-module, and the settlement and perpendicularity data of all places in the database are compared and checked, so that the rapid response is realized according to a threshold value module, and the timely alarm of the settlement and perpendicularity of the building is realized.

The invention provides barrel hoisting equipment. The barrel hoisting equipment comprises a bearing mechanism, a lifting mechanism and a lifting platform; the lifting mechanism is arranged on the bearing mechanism, and the lifting mechanism is configured to drive the welded barrel to ascend and descend; and the lifting platform is arranged in the welded barrel, and the lifting platform is configured to be capable of ascending and descending in the welded barrel. According to the barrel hoisting equipment, welding operation of workers on the ground can be achieved, the construction operation environment of the workers is effectively improved, and the construction operation efficiency is improved.

The invention discloses a support foundation conversion structure in limited space and a construction method. The support foundation conversion structure is used for being connected with a support column of equipment, and the conversion structure comprises a foundation structure, a pre-embedded anchoring structure, a connecting anchoring structure, a conversion pile and a connecting foundation. The pre-embedded anchoring structure is arranged in the foundation structure, the connecting anchoring structure is arranged in the conversion pile, the connecting anchoring structure is connected withthe pre-buried anchoring structure, the conversion pile is connected to the foundation structure, and the connecting foundation is arranged on the conversion pile and connected with the support columnof the equipment. Anchoring steel bars of the equipment are lifted in space, the anchoring steel bars are arranged in a delayed manner in time, the situation that the anchoring steel bars extending out of the ground influence the middle construction process is avoided, orderly construction is guaranteed, the construction convenience is effectively improved, and the construction period is effectively shortened.

The invention discloses a tunnel lagging jack and a construction method thereof, and relates to the technical field of tunnel engineering composite lining construction. The tunnel lagging jack comprises a plurality of segmental lagging jacks, the segmental lagging jacks are connected to form the tunnel lagging jack, each segmental lagging jack is of a tubular structure, a connecting plate is arranged at the end part of the joint of every two segmental lagging jacks, and the segmental lagging jacks are connected through the connecting plates; and corrugated pipes penetrate into pipes of the tunnel lagging jack, prestress steel wire bundles penetrate into the corrugated pipes, and concrete is poured between the outer walls of the corrugated pipes and the inner walls of the segmental laggingjacks. The tunnel lagging jack is made of steel pipes, so that the strength and rigidity of the lagging jack can be effectively improved; concrete is injected into the steel pipes to further improve the strength and rigidity of the steel pipes; meanwhile, the corrugated pipes and prestress steel wire bundles can be arranged in the steel pipes, prestress is provided for the whole lagging jack, andthen the strength and rigidity of the tunnel lagging jack are further improved; and by the adoption of the tunnel lagging jack construction method, construction is orderly, and the construction periodis shortened.