242results about How to "Achieve demolition" patented technology

The invention discloses a flexible mechanical connector applied to ultra-large type ocean floating structure modules and an application method thereof. The flexible mechanical connector comprises a positive electrode body placed on one module and a negative electrode body placed on the other corresponding module. The positive electrode body comprises a positive electrode body shell and a positive electrode center shaft placed in the positive electrode body shell. The positive electrode center shaft comprises a first rotation body, a second rotation body and a center shaft rod used for connecting the first rotation body and the second rotation body. The end, far away from the center shaft rod, of the second rotation body is connected with a first power cylinder. The negative electrode body comprises a negative electrode carrier, a second power cylinder placed in the negative electrode carrier, and a locking device placed on the negative electrode carrier. The first power cylinder is started to push the positive electrode center shaft to enter the negative electrode body, and the positive electrode center shaft is locked by the locking device on the negative electrode carrier. The flexible mechanical connector applied to the ultra-large type ocean floating structure modules is simple in structure, convenient to operate, capable of enabling the modules to be connected and disconnected rapidly, and capable of being recycled.

The invention discloses a method for removing a reinforced concrete chimney. The method for removing the reinforced concrete chimney comprises the following steps of: I, performing buffer layer laying: laying a buffer layer at the toppling position of the reinforced concrete chimney; II, performing guide steel cable installation: laying a guide steel cable for guiding the chimney during a toppling process; III, performing chimney outer side packaging and water spray pipeline laying; IV, performing cutting area marking; V, performing temporary support member installation; VI, performing cutting area concrete chiseling away and steel bar cutting off; VII, performing water spraying; VIII, performing adjustment on the support height of a temporary support member until the chimney is toppled: gradually adjusting the support height of the temporary support member downwards until the chimney is unstable under the effect of the gravity of the chimney and is toppled onto the buffer layer; and IX, clearing a construction site. The method disclosed by the invention is simple in step, reasonable in design, convenient in implementation, high in removal speed and good in using effect. The chimney is entirely, slowly and directionally toppled by utilizing the temporary support effect of the support member, and the construction problem that the reinforced concrete chimney is entirely and rapidly removed under a non-blasting operation condition is solved.

The invention discloses bridge big-height lifting displacement equipment based on a vehicle set and a construction method thereof. The equipment comprises the vehicle set and a lifting transfer support module; the vehicle set is arranged at the lower part of the lifting transfer support module; the lifting transfer support module comprises at least two rows of conversion connecting beams longitudinally arranged; multiple beam lower outer stand columns, vertically arranged in parallel, are fixedly mounted at the lower parts of each row of the conversion connecting beams; multiple beam lower inner stand columns, corresponding to the beam lower outer stand columns, are arranged on the inner sides of the beam lower outer stand columns; the tops of the beam lower inner stand columns are fixedlyconnected with the bottoms of the conversion connecting beams; the bottoms of the beam lower inner stand columns are fixedly connected with the vehicle set; multiple beam upper support stand columns,vertically arranged in parallel, are fixedly mounted at the upper parts of the conversion connecting beams; upper distribution beams are fixedly mounted on the beam upper support stand columns; and connecting brackets for supporting beam bodies are arranged on the distribution beams. The equipment is simple in lifting displacement structure and convenient to assemble, and can realize quick disassembly, replacement and shifting of big-clearance bridges (groups).

The invention discloses a maintenance apparatus for a distribution line of an urban road. The maintenance apparatus is used for removing bird nests from a telegraph pole so as to ensure power transmission safety of the distribution line. A rotary plate is rotationally mounted on a vehicle body; the rotary plate is provided with a shears-fork type lifter; a lifting adjustment mechanism is arranged on the top of the shears-fork type lifter; a movable plate which can move up and down is arranged on the lifting adjustment mechanism; a big arm is mounted on the movable plate in a hinging manner; a big arm swinging mechanism used for driving the big arm to swing is arranged on the movable plate; a small arm is hinged on the big arm, and a small arm swinging mechanism used for driving the small arm to swing is arranged on the big arm; the small arm is hinged with a front arm, and a front arm swinging mechanism used for driving the front arm to swing is arranged on the small arm; a clamping assembly is arranged at one end of the front arm; the clamping assembly is used for clamping and dismantling bird nests; a push rod assembly is arranged at the other end of the front arm, and the push rod assembly is used for absorbing residual branches by air suction; and a branch recycling assembly is arranged on the vehicle body and used for realizing collection of branches. By virtue of the maintenance apparatus, power transmission safety of the distribution line can be effectively guaranteed.

The invention relates to equipment for dismantling a tunnel lining, in particular to self-propelled tunnel lining dismantling equipment and a using method. The self-propelled tunnel lining dismantlingequipment comprises a dismantling system, a walking system, a power system and a control system. The dismantling system is used for dividing the to-be-replaced lining of a tunnel into a plurality ofdismantling units separated from a tunnel main body; the walking system is used for conveying the dismantling system to an operation area corresponding to the to-be-replaced lining of the tunnel; thepower system is used for providing power for the dismantling system and the walking system to complete actions; and the control system sends action instructions to the dismantling system, the walkingsystem and the power system. Compared with the prior art, the self-propelled tunnel lining dismantling equipment and the using method have the beneficial effects that protection, cutting and dismantling are realized during tunnel lining replacement, disturbances of lining dismantling to surrounding rock and existing linings are reduced, frequent equipment replacement is not required during construction, the construction safety is guaranteed, the operation efficiency is improved, and the organization difficulty is reduced.

Disclosed is a power transmission line nest removal device. The power transmission line nest removal device is used for removing nests on power transmission poles to guarantee the safety of power transmission. A sliding platform is installed on a vehicle body in a sliding mode, a translation cylinder is arranged between the sliding platform and the vehicle body, and a fork lifter is arranged on the top of the sliding platform. A lifting adjusting mechanism is arranged on the top of the fork lifter, and a movable plate which moves up and down is arranged on the lifting adjusting mechanism. A big arm is installed on the movable plate in a hinged mode, and a big arm swing mechanism which drives the big arm to swing is arranged on the movable plate. A small arm is hinged to the big arm, and a small arm swing mechanism which drives the small arm to swing is arranged on the big arm. A front arm is hinged to the small arm, and a front arm swing mechanism which drives the front arm to swing is arranged on the small arm. A clamping assembly is arranged at one end of the front arm, and clamps the nests to achieve removal operation. A push rod assembly is arranged at the other end of the front arm, and removes residual branches by blowing or sucking air. The power transmission line nest removal device can efficiently achieve removal of the nests and guarantee the safety of power transmission.

The invention relates to a multi-pin plug-in component removal method for aircraft circuit board maintenance, which comprises the following steps of placing a to-be-maintained circuit board, designinga heating curve, protecting peripheral components, preprocessing the circuit board, carrying out removal preprocessing on the component and removing the component. Through placing the plug-in component on the reserve surface, being directly heated and damaged can be avoided; through designing the reasonable heating curve, the heating process can be ensured to be safe and controllable; through heat insulation processing on the peripheral components, the peripheral circuit can be ensured not to be damaged; enamel wires are used to fix the component, a slender stick is used to pass across a wirenode from the side surface to apply a stable pulling force to the component, and the purpose of safe and undamaged removal is achieved. The circuit board component removal working efficiency and theflexibility are enhanced, the risks that the removed component, the peripheral device and the circuit board substrate itself are damaged during the removal process are reduced, and the aircraft circuit board maintenance quality is ensured.

The invention provides a construction method for old tunnel segment detaching and tunnel expanding. The method includes the following steps that an originating terminal of a tunnel expanding machine is set up; the tunnel expanding machine is placed on the originating terminal and originates; the tunnel expanding machine is normally propelled, old tunnel segments are detached through a segment dismantling machine of the tunnel expanding machine, and meanwhile novel tunnel segments are spliced through a segment splicing machine of the tunnel expanding machine; a receiving terminal of the tunnel expanding machine is set up; the tunnel expanding machine enters the receiving terminal. The construction method has the advantages that according to the construction technology, a pipeline tunnel structure in site is dismantled and replaced, the diameter of an original tunnel is expanded, and the construction method is high in automation degree, safe and reliable.

The invention discloses a building dismantling machine. The building dismantling machine comprises a frame body arranged on the top of a building to be dismantled, a lifting mechanism connected with the frame body and used for driving the frame body to move up and down, a building dismantling mechanism comprising an arm frame and a building dismantling accessory, and a waste transporting mechanismused for transporting away waste dismantled by the building dismantling mechanism; and a fixed part of the arm frame is connected with the frame body, and a movable part of the arm frame is connectedwith the building dismantling accessory. Different from a traditional building dismantling device on the ground, the building dismantling machine is at the upper part of a building to carry out dismantling from top to bottom, the operation range is limited to a top-layer building when dismantling is carried out, the lower-layer floor building cannot be damaged, stability of the lower portion is guaranteed, collapse accidents cannot happen, and therefore the building dismantling machine is safe and reliable and can be widely applied to dismantling of various buildings.

The invention provides an integral horizontally moving type traveling shuttering construction device for a long-strip-shaped uniform section concrete structure. The whole device is arranged on a concrete base plate, two pre-buried steel plates are arranged on the base plate, light rails are fixedly connected on the pre-buried steel plates respectively, and a moveable structural steel framework is arranged on the light rails. Beams of the structural steel framework, vertical beams of the structural steel framework and inclined struts of the structural steel framework are connected into a whole through bolts. An interior wall formwork system is indirectly connected with the structural steel framework, and a movable interval is arranged between the interior wall formwork system and the structural steel framework. Angle iron is arranged between beams and formwork supporting pieces and between vertical beams and the formwork supporting pieces in the movable interval, and the angle iron is fixedly connected with the formwork supporting pieces and movably connected with the structural steel beams and/or the structural steel vertical beams. Bolt jacks are fixedly connected in positions, close to the angle iron, of the structural steel beams and/or the structural steel vertical beams and fixedly connected with the angle iron at the same time, and the bolt jacks are used for adjusting and controlling the moving range of the interior wall formwork system relative to the structural steel framework. According to the integral horizontally moving type traveling shuttering construction device for the long-strip-shaped uniform section concrete structure, regular formwork construction can be changed to be rapid, integral and continuous work through tools, the time limit for a project is effectively shortened, the effect is improved, and engineering cost is reduced.

The invention discloses a universal ground lead for a 110 kilovolt overhead line strain tower, belonging to a ground lead of an overhead transmission line. The ground lead comprises a hook head, an insulation rod, a soft copper line and a transverse rod, wherein one end of the soft copper line is installed on the hook head, and the other end of the soft copper line is connected with a grounding chuck; the upper part of the hook head is provided with a U-shaped opening for clamping a lead; one end of the transverse rod is fixed at the root of the hook head, and the other end of the transverse rod is provided with an adjusting support capable of rotating around the transverse rod; the upper part of the insulation rod is fixed on the adjusting support; a nut is arranged at the center of the transverse rod; a lead screw penetrates through the upper end of the nut and is fixedly provided with a lock block; the upper part of the lock block is provided with a circular arc groove; a guide groove which is matched with a straight shank in the middle of the hook head and is capable of sliding up and down along the straight shank in the middle is arranged in the side surface of the lock block; the lower end of the lead screw is connected with one end of a flexible shaft, and the other end of the flexible shaft penetrates through the insulation rod so as to be connected with a rotary shank; and the rotary shank is installed at the bottom end of the insulation rod. The universal ground lead has the advantages of being suitable for any tower shape line hanging structure of the 110 kilovolt overhead line, reliable in lead clamping, and convenient to install and uninstall.

The invention discloses an electro-hydraulic hybrid drive double-head breaking and disassembling robot and a breaking and disassembling method, and belongs to the technical field of special robots. The double-head breaking and disassembling robot comprises a bearing reversing system, a breaking and disassembling system and a control system. According to the double-head breaking and disassembling robot, the electro-hydraulic hybrid drive is adopted, and the breaking and disassembling system comprises a drill bit, a prying rod and two working heads; transposition in the circumferential positionof the cross section of a kiln body is completed through rotation of a hydraulic arm and a workbench, transposition in the axis direction of a rotating kiln is completed through linear movement of thedouble-head breaking and disassembling robot, and finally the intelligent and efficient breaking and disassembling of residual refractory bricks of the whole kiln body is achieved by the double-headbreaking and disassembling robot through joint work of the drill bit and the prying rod. The double-head breaking and disassembling robot is small in noise in work and high in working efficiency, andthe kiln body of the rotating kiln can be effectively protected.

The invention relates to the technical field of robots, in particular to a multifunctional inspection robot. The multifunctional inspection robot comprises a car body and a mechanical arm, wherein themechanical arm is equipped with a first mechanical arm connected with the car body; one end, connected with the car body, of the first mechanical arm is equipped with a connector; the connector is rotatably connected with a connecting shaft of the car body; the first mechanical arm is rotatably connected with a second mechanical arm; the second mechanical arm is rotatably connected with a third mechanical arm; the third mechanical arm is equipped with a fixed arm and a rotary arm; the fixed arm is rotatably connected with the second mechanical arm; the fixed arm is rotatably connected with the rotary arm; the rotary arm can rotate relative to the fixed arm under action of a drive device of the third mechanical arm; one end of the rotary arm is equipped with a detector; and the detector isequipped with a thermal imaging device and an image pick-up device. The multifunctional inspection robot can effectively realize detection on detected equipment, can be suitable for detected equipment at different heights and different positions, improves adaptation in a using process of the robot, and improves precision in a detecting process of the robot.

The invention discloses a scrap steel strap reeling, bending and recycling device and a reeling, bending and recycling method thereof. The device comprises a rising and falling hydraulic cylinder, a pneumatic three-connection part, a first dual-lug-ring angle base, second dual-lug-ring angle bases, a first air cylinder, a second air cylinder and the like; a strap head waste joint is connected witha base assembly, the base assembly is connected with a waste box assembly, a first bolt and nut set is located above the strap head waste joint, the first bolt and nut set is connected with a third bolt and nut set, the third bolt and nut set is located below a fifth bolt connecting part, the fifth bolt connecting part is located below a second mounting plate, the second mounting plate is connected with a press head, the rising and falling hydraulic cylinder is located above the second mounting plate, a second sliding block is located on the right side of the third bolt and nut set, the second sliding block is connected with an air cylinder connecting support, and a cover shell is connected with the base assembly. Each long steel strap manually or automatically detached from a steel coilcan be reeled and bent automatically, and storage and transportation are facilitated.

The invention relates to a removable rocking plate type wave generation system applicable to a low temperature towed ice water pool. The system comprises at least one wave generator, vertical brackets, horizontal brackets, rail supporting seats and rails. Each wave generator includes a rocking plate, pendulum shafts, a servo drive system, a sealing box, and a pool bottom foundation steel frame. For each wave generator, the servo drive system is placed in the sealed box; the two rocking plate pendulum shafts are connected with an output shaft of a double-output shaft reducer respectively through couplings; the rocking plate pendulum shafts extend out of the sealing box through sealing interfaces and are connected with bearings fixed on the foundation steel frame; and the servo drive system swings by driving the rocking plate with the pendulum shafts. The pool bottom foundation steel frames of the adjacent wave generators are fixedly connected to ensure the concentricity of the pendulum shafts of each wave generator. The foundation steel frames of the wave generators at the two sides and adjacent to the wall position of an ice water pool are respectively fixedly connected to the vertical brackets, the rails and the rail supporting seats are respectively fixed to upper portions of the two side walls of the ice water pool, and the vertical brackets are connected to the rail supporting seats through the horizontal brackets.

The invention relates to the technical field of beam replacement equipment of a double-T beam bridge and provides a beam replacement construction system of the double-T beam bridge. The beam replacement construction system comprises a beam replacement machine arranged at the position of beam replacement, the beam replacement machine comprises a main beam, two beam hanging carts capable of moving along the lengthwise direction of the main beam are arranged on the main beam, the main beam is erected on the bridge floor through a front guide pillar and a rear guide pillar, both the front guide pillar and the rear guide pillar are of telescopic structures, the beam replacement process is unaffected by natural conditions such as wind and cannot cause deviation to a fall beam, and beam replacement efficiency is improved; one set of special beam conveying trains, beam conveying carts and inverted gantries which are used for conveying an old beam and docking a new beam are respectively arranged on two sides of the beam replacement machine. By the arrangement, lifting height of the equipment can be effectively reduced during construction, team replacement of T-shaped beams is smoothly completed under the working conditions of construction limit requirements, and the fact that beam replacement construction of the full-span simply-supported T-shaped beams in a 'skylight point' is completed safely and efficiently on the premise of not causing any unnecessary impacts on original line equipment can be guaranteed.

The invention relates to the technical field of orientated rope saw dismounting and discloses a construction method of orientated rope saw dismounting of large-size reinforced concrete. The construction method comprises the following construction steps of: (1) arranging a sawing rope around the bottom around an article to be dismounted, allowing the sawing rope to form a sealed line, (2) designinga threading manner according to the line, selecting the threading manner of the sawing rope according to the shape and size of the article to be dismounted, arranging a pulley block in front and at acorner of the article to be dismounted, cutting the article to be dismounted with the sawing rope from the rear to the front of the article, (3) connecting the sawing rope to a cutting rope saw, (4)turning on the cutting rope saw, (5) cutting the article to be dismounted entirely after turning on the cutting rope saw, and cutting the article into pieces in a longitudinal direction and a transverse direction of the article to be dismounted, and (6) suspending cut concrete pieces out via a crane, and clearing a site. The cutting construction method of dismounting the concrete meets requirements on construction safety, aging and environmental protection.

The invention relates to the technical field of pile support system fabricated station construction, in particular to a construction method for dismounting a concrete support of a fabricated subway station. The method comprises the following steps that a plurality of fixing bottom plate blocks are hoisted in sequence, and the bottom plate blocks are tensioned and locked in the depth direction; base grouting, fertilizer tank backfilling and inverted arch backfilling are carried out; grouping is carried out according to a plurality of steel supports corresponding to the lower portion of a firstconcrete support, and the concrete supports and the steel supports are divided into a plurality of groups in the depth direction; and side wall blocks, middle plate blocks and top plate blocks are sequentially assembled in the groups in the depth advancing direction, temporary supports are additionally arranged in the construction advancing direction, and the steel supports and the concrete supports in the groups are dismounted. By means of the construction method, dismounting of the concrete supports is synchronously achieved in the foundation pit and roadway propelling construction process,the original concrete supports and the original steel supports can be dismounted step by step when the bottom plate blocks, the side wall blocks, the top plate blocks and the like are assembled, a dismounting process is simple in technology, the efficiency is higher, and the safety and reliability are achieved.

An intelligent urban street bird nest demolishing device is used for demolishing bird nests on telegraph poles to ensure power transmission security. The intelligent urban street bird nest demolishing device is characterized in that a slide table is mounted on a vehicle body slidably, a translation mechanism is arranged between the slide table and the vehicle body, a scissor-fork lifter is arranged at the top of the slide table, a lifting adjustment mechanism is arranged at the top of the scissor-fork lifter, a movable plate moving up and down is arranged on the lifting adjustment mechanism, a large arm is mounted on the movable plate in a hinge manner, a large arm swing cylinder for driving the large arm to swing is arranged on the movable plate, a small arm is hinged to the large arm, a small arm swing motor for driving the small arm to swing is arranged on the large arm, a front arm is hinged to the small arm, a front arm swing motor for driving the front arm to swing is arranged on the small arm, and a clamping assembly is arranged at one end of the front arm and is used for clamping the bird nests to achieve demolishment. The intelligent urban street bird nest demolishing device is capable of demolishing the bird nests efficiently to ensure power transmission security.

The invention discloses a multifunctional bolt stud maintenance device. The maintenance device comprises a large base, wherein a large support is fixed on the left side of the large base, a motor I isfixed on the upper part of the large support, a driving end of the motor I is in transmission connection with a left locking device, and the left locking device is fixed on the right end face of thelarge support; a sliding mechanism is fixed on the upper part of the large base through a plurality of supporting piles, a supporting mechanism is fixed on the sliding mechanism, a motor II is fixed to the lower part of the supporting mechanism, a driving end of the motor II is in transmission connection with a right locking device, the right locking device is fixed on the left end face of the supporting mechanism, and the axes of the left locking device and the right locking device are located on a straight line; and the device further comprises a rust removal device which is fixed on the left side of the sliding mechanism and located on the lower right portion of the left locking device. According to the maintenance device, two three-jaw chuck is used for clamping a bolt and a stud so asto achieve the purpose of fixing and rotating, so that a nut can be detached under different working conditions, and the semi-automatic rust removal can be carried out the bolt, the stud and the nut;the maintenance device has the advantages of being reliable in performance, simple and convenient to operate, high in automation degree and high in efficiency.

The embodiment of the invention discloses a fabricated soil nail wall and soil nail wall construction and dismounting methods, and relates to the field of foundation pit and slope supporting. Soil nail wall construction working procedures can be simplified, and the construction speed is increased. The soil nail wall comprises soil nails, a wall body and fasteners, one ends of the soil nails are fixed into a soil body, the other ends of the soil nails are suspended outside the soil body, the wall body comprises a plurality of prefabricated slabs provided with connecting structures and soil nail holes, the multiple prefabricated slabs are transversely and longitudinally connected into the wall body through the connecting structures by adopting connecting pieces, the wall body is hung on the soil nails in a sleeving mode from the other ends of the soil nails through the soil nail holes, the wall body is fixedly connected to the soil nails through the fasteners, the first side of the wall body is attached to the soil body, and the second side of the wall body is attached to the fasteners. The fabricated soil nail wall and the soil nail wall construction and dismounting methods provided by the invention are applicable to foundation pit and slope supporting projects.

The invention discloses a baggage holder fixing assembly matched with a vehicle roof tent base. The fixing assembly comprises two clamping blocks oppositely arranged left and right and a bolt locking and connecting the two clamping blocks. The two clamping blocks are in slide fit with the vehicle roof tent base, in other words, holding arms are formed at the upper portions of the clamping blocks to be matched with sliding grooves formed in the vehicle roof tent base, and clamping arms are formed at the lower portions of the clamping blocks. The bolt penetrates the two clamping blocks so as to change the distance between the clamping arms of the two clamping blocks to hold and clamp a vehicle roof baggage holder. The two clamping blocks provided with the clamping arms are matched with the bolt so that a vehicle roof tent and the vehicle roof baggage holder can be assembled and disassembled, the vehicle roof tent should be temporarily assembled and disassembled according to requirements, and use is convenient and quick.