39results about How to "Achieve sinking" patented technology

The invention discloses wave-overtopping type wave power generation buoy which is applied to the field of ocean energy exploitation and ocean monitoring. Through the wave-overtopping type wave power generation buoy, wave is introduced into a water storage cavity in a device by an oblique wave introducing surface, a turbine generator unit at the bottom of the water storage cavity is driven to generate power continuously and efficiently by using difference between an inner water head and an outer water head of the water storage cavity, thereby enabling various power devices of the buoy to work; meanwhile, the wave introducing surface also has breakwater function and is capable of ensuring that the buoy is not damaged under the extreme wave load. The wave-overtopping type wave power generation buoy has the beneficial effects that the wave is introduced into the water storage cavity by using the oblique wave introducing surface, the unstable wave energy is converted into stable potential energy, and the turbine generator unit is driven to generate power continuously and efficiently; the damage of the wave load to the buoy can be effectively reduced, and the resistance to severe environment of the buoy is improved; meanwhile, the interior of the wave introducing surface of the buoy is a cavity structure and is used for storing water or air; and the buoy is towed, sunk, floated and recycled by means of gravity and buoyancy.

The invention discloses an address book processing system and a method thereof. The address book processing system comprises: an enterprise gateway composed of a data-base for storing the company information and the employee information; an IMPORT server for acquiring the company information from the data-base of the enterprise gateway and transmitting the company information; receiving the enterprise address book information and storing the enterprise address book information in the data-base of the enterprise gateway; a big network server for receiving the company information from the IMPORTserver, searching the corresponding enterprise address book information based on the company information and transmitting the enterprise address book information to the IMPORT server. Therefore, whena converged communication client-side logs, the converged communication client-side can directly connect to the enterprise internal gateway and the enterprise internal gateway transmits the enterprise address book information stored in the data-base to the converged communication client-side, thus solving the problem of the network information security.

The invention discloses a combined hammer head for a hydraulic pile hammer. The combined hammer head is applied to a pile hammer hammering system of the hydraulic pile hammer in a pile basis construction. The hammer head comprises a hammer body with a hollow interior; a striking head is arranged at the bottom of the hammer body; an oil cylinder piston rod is connected with the top of the hammer body; a metal grain filler is filled in the hollow cavity of the hammer body; the hammer body is formed by stacking and connecting a plurality of metal plates; a lower plate at the bottom and an upper plate at the top are closed; a plurality of middle plates in the middle are arranged as frame-shaped hollow plates; after the frame-shaped hollow plates are stacked, the hollow cavity in the hammer body is formed. According to the invention, the stress waveform during a striking process of the hammer head is effectively improved, the peak of the stress waveform is reduced to the lowest required value and the transferring time of the stress waveform under a peak state is prolonged, the transferring efficiency of the strike energy and the piling speed are increased while the impact force endured by the pile hammer and the pile is reduced, the service life of the pile hammer is prolonged and the pile is protected from being damaged.

The invention discloses a bionic robot fish. The bionic robot fish comprises a fish head, a fish body and a floating and diving mechanism. The floating and diving mechanism comprises a second water storage and drainage pot used for controlling the fish body to float and dive, an air storage pot connected with the second water storage and drainage pot and an air pump used for controlling air exchange between the air storage pot and the second water storage and drainage pot. The second water storage and drainage pot is installed in the middle portion of the fish body. According to the bionic robot fish, through the connection of the second water storage and drainage pot and the air storage pot, the second water storage and drainage pot is arranged in the middle portion of the fish body, and through the control of the air pump over the air conveying between the air storage pot and the second water storage and drainage pot, water storage and water drainage of the second water storage and drainage pot are achieved, so that floating and diving of the fish body of the bionic robot fish are further achieved; and the bionic robot fish is simple in structure and has a vivid bionic effect.

The invention provides an inflatable drainage type floating dock, which includes a buoyant tank, a dock wall and lifting equipment, the dock wall is arranged on both sides of the upper surface of the buoyant tank, several independent cabins are arranged in the buoyant tank, and the bottom of the buoyant tank is provided with The bottom plate and the cabin include a fully-sealed cabin and an inflatable drainage cabin. The bottom plate is provided with openings communicating with the inflatable drainage cabin; a compressed air drainage system is also provided, and the compressed air drainage system includes air pipelines and control systems; The air compressor, compressed air main pipe, compressed air branch pipe and cabin compressed air pipeline connected by road, the cabin compressed air pipeline is arranged in the described inflatable drainage cabin; the control system includes a pressure gauge arranged in the air pipeline , a flow meter, a flow limiting valve, and a controller, the output ends of the pressure gauge and the flow meter are connected to the controller, and the output ends of the controller are connected to the flow limiting valve. The invention has the advantages of simple structure, convenient construction, low cost and fast sinking / floating speed.

The invention relates to an aquaculture net cage elevating adjusting device and a gravity aquaculture net cage in open sea areas. A water storage floating bin and a water storage sinking bin of the aquaculture net cage elevating adjusting device communicate with each other to form a communicating vessel through a communicating pipe; the water storage floating bin communicates with the water storage sinking bin through a first water pipe and a second water pipe; the first water pipe controls a switch through an electromagnetic valve; a submersible pump is arranged in the water storage sinking bin; and the submersible pump is connected to the second water pipe, and fresh water in the water storage sinking bin can be sent to the water storage floating bin through the submersible pump. Multiple anchor cables of the gravity aquaculture net cage in open sea areas are distributed along the circumferential direction of a net cage body; the gravity aquaculture net cage in open sea areas corresponding to each anchor cable is provided with the aquaculture net cage elevating adjusting device; and the water storage floating bin of each aquaculture net cage elevating adjusting device is arrangedon the corresponding anchor cable, and the water storage sinking bin corresponding to each anchor cable is arranged at the bottom of the net cage body. The gravity aquaculture net cage can ensure thelong-term reliability of elevating adjustment of the gravity aquaculture net cage, and is simple in structure.

The invention discloses a circular-butterfly-shaped underwater glider, and relates to the field of underwater gliders. The underwater glider comprises a non-airtight circular-butterfly-shaped shell with the hydrodynamic performance, a spherical pressure-resistant shell with the certain pressure resistance and a connecting bracket of the pressure-resistant shell and the circular-butterfly-shaped shell. A mass center adjusting device and a buoyancy adjusting device which are required by gliding motion of the circular-butterfly-shaped underwater glider are carried in the spherical pressure-resistant shell. On the basis of the symmetrical structure of the glider main body, the same hydrodynamic performance is achieved in all directions during underwater gliding, the gravity center of the glider is changed by changing the position of the heavy block through the mass center adjusting device, the buoyancy of the glider is adjusted through the buoyancy adjusting device, upward floating and sinking of the glider are achieved, and gliding motion of the glider is achieved through linkage of the two adjusting systems. The underwater glider can achieve omnidirectional movement underwater, is small in underwater turning radius, has high loading and expanding capacity, and can meet different underwater tasks.

The invention belongs to the technical field of protective doors, and particularly relates to an X-ray protection electromagnetic shielding translation door. The X-ray protection electromagnetic shielding translation door comprises a door body arranged on a wall body and a rail connected with the door body; the door body can move along the rail; the rail is provided with a concave structure, and the door body can move downwards through the concave structure; when the door body moves to the concave structure arranged on the rail, under gravity, the door body can move downwards along the concavestructure, and therefore sinking of the door body is achieved, a gap between the bottom of the door body and the ground is reduced, and leakage is avoided. The rail is obliquely arranged, so that thewhen the door body move downwards and is close to the wall body, a gap between the door body and the wall body is reduced, and protection effect is further improved. The structure of the X-ray protection electromagnetic shielding translation door can be applied to an automatic door or a manually operated door.

The invention discloses a treatment device for waste water and waste gas in a river channel. The treatment device comprises a submerged diving chamber, a cabinet, a solid treating chamber, a water treating chamber, a screw propeller, floating-sinking chambers, floating-sinking units, floating-sinking push plates, crawler wheels, a driving unit, a flow assisting pump, a filter channel, etc., wherein the bottom part of the submerged diving chamber is provided with a plurality of floating-sinking chambers; the interior of each floating-sinking chamber is provided with a floating-sinking unit; andthe upper part of each floating-sinking chamber is provided with a mounting through hole. The treatment device for the waste water and the waste gas in the river channel has the following advantages:through arrangement of the crawler wheels, walking on a variety of terrains is realized; through arrangement of the screw propeller, advancement of the submerged diving chamber in water is realized;through arrangement of the floating-sinking units, floating and sinking of the submerged diving chamber are realized; through the solid treating unit, filtration and collection of solid wastes in thewater are realized; and through a waste water purifying unit, filtration and purification of the waste water are realized; and through a waste gas purifying unit, absorption and purification of the waste gas are realized.

The invention belongs to the technical field of amphibious propellers, and particularly relates to a flexible undulating fin bionic submersible vehicle. A bionic undulating fin structure is adopted, undulating fins which are bionic from rays and deep sea hairtail are combined, high-elasticity silica gel is adopted as a material, high ductility is achieved, and the propelling system has the advantages of being excellent in maneuverability, low in hydrodynamic noise, easy in bionic transformation, high in terrain trafficability, capable of working in limited channels and other ocean operations. A mechanical structure of the bionic propeller adopts a steering engine-connecting rod-bionic undulating fin connecting mode, the side faces of steering engines are fixed to a thickness structure reserved on a main body part of the bionic propeller, the undulating fins can be controlled to swing through multiple steering engine swing amplitudes and steering drive, the functions of steering, acceleration, floating, sinking, braking and the like are achieved, and the bionic propeller can better adapt to the complex underwater environment.

The invention discloses a bionic robotic fish which comprises a fish head, a fish body and a surfacing-diving mechanism, wherein the surfacing-diving mechanism comprises a first water storage drainage tank for controlling the fish head to surface or dive, a gas storage tank connected with the first water storage drainage tank, and a gas pump for controlling gas exchange between the gas storage tank and first water storage drainage tank; the first water storage drainage tank is installed on the front of the fish body. The first water storage drainage tank of the bionic robotic fish is connected with the gas storage tank, and the gas pump is utilized to control the gas transmission between the gas storage tank and first water storage drainage tank, thereby implementing water storage and drainage of the first water storage drainage tank, and further implementing surfacing and diving of the fish head of the bionic robotic fish. The bionic robotic fish is simple in structure, and has the realistic bionic effect.

The invention discloses a biomimetic robotic fish. The biomimetic robotic fish comprises a fish head, a fish body, a floating and diving mechanism and a control system. The floating and diving mechanism comprises a first storing-discharging water tank, an air storing tank connected with the first storing-discharging water tank and an air pump, and the first storing-discharging water tank is installed in the front of the fish body. The control system comprises a microprocessor connected with the air pump and a wireless signal receiver connected with the microprocessor, the wireless signal receiver is used for receiving wireless remote control signals and sending the wireless remote control signals to the microprocessor, and when the microprocessor judges that the movement mode represented through the wireless remote control signals is the fish-head floating movement mode or the fish-head diving movement mode, the air pump is controlled to discharge gas in the first storing-discharging water tank into an air storing cylinder, or the air pump is controlled to discharge gas in the air storing cylinder into the first storing-discharging water tank. By means of the biomimetic robotic fish, fish-head floating and fish-head sinking of the biomimetic robotic fish can be conveniently achieved, and the structure is simple. The invention further relates to a fish-head floating and sinking control method of the biomimetic robotic fish.

The invention discloses a power generation system utilizing still water and air resources. The power generation system comprises a buoyancy water absorbing power generation platform and a water collecting pool; the buoyancy water absorbing power generation platform comprises a first water storage tank, a first air storage tank, a first air generator and a high-pressure drainage water collection tank; the first water storage tank is arranged in the water in a floating manner and connected with a first air compressor, and a first internal heating device is arranged in the first water storage tank; the first air storage tank is connected with the first water storage tank through a gas input pipe, the first water storage tank is also connected with the first air generator through a gas outputpipe, the first water storage tank is connected with the high-pressure drainage water collection tank through a drainage pipe, and the drainage pipe extends to the bottom of the first water storage tank; the high-pressure drainage water collection tank is connected with the water collecting pool through a lifting pipe, and the high-pressure drainage water collection tank is arranged on the ground.According to the invention, buoyancy, gravity and high-pressure gas are effectively utilized for power generation, and the function of a water pump is simultaneously completed, so that the purpose ofwater storage and power generation is achieved, and the resource utilization rate is improved.

The invention discloses environment-friendly livestock breeding equipment and a working method thereof. The environment-friendly livestock breeding equipment comprises a feeding room, a cleaning structure, a triggering structure, a lifting structure, a dirt discharging groove and an energy-saving structure, the cleaning structure is installed at the top of a room cavity of the feeding room, the lifting structure is installed at the bottom of the room cavity of the feeding room, and the triggering structure is installed at the bottom of the feeding room; the energy-saving structure is erected at the top of the feeding room, two sewage discharge grooves are symmetrically formed in the inner wall of the bottom of the feeding room, sundries fall to the sewage discharge grooves along a bearing plate to be discharged, livestock does not need to be driven out, left-right alternate operation can be achieved, cleaning of the feeding room can be achieved, cleaning of the feeding room can be achieved easily, conveniently and rapidly, and water is saved; the operation is more environment-friendly, a first electrode and a second electrode are separated when no animal is bred, redundant loss can be avoided, meanwhile, accidents caused by electricity are avoided, and the use safety is improved.

The invention provides a device for achievement of transmission of an inclined cutter head of a rotary tiller. The device comprises a side reduction gearbox, a transmission shaft and the inclined cutter head; the transmission shaft is fixedly connected with the output end of the side reduction gearbox; a key groove is formed in the end of the transmission shaft; the inclined cutter head comprises a power pin base, a mounting base, a bearing gland and an offset rotary tilling blade, a power pin is mounted in the key groove, the power pin base is mounted on the power pin, the mounting base is fixed to the outside of the side reduction gearbox, and the power pin base is located in the mounting base; the bearing gland is fixed to the power pin base and matched with the end surface of the mounting base in a sealed mode, the offset rotary tilling blade is mounted on the bearing gland, and the key groove is arranged in an inclined mode relative to the radial section of the transmission shaft, so that an included angle is formed between the inclined cutter head and the radial section of the transmission shaft. By means of the device, a soil layer below a driving gearbox can be removed, the tilling depth of the rotary tiller is increased, oil leakage is prevented, and pollution to the environment is reduced.

The invention discloses cofferdam equipment applied to a diversion canal and an assembly method thereof. The cofferdam equipment comprises a longitudinal cofferdam, transverse cofferdams, a power boat, anchoring devices and supporting trusses, wherein the longitudinal cofferdam is pressed on a canal bottom lining board; the transverse cofferdams are pressed on a canal slope lining board and are separately connected to the two ends of the longitudinal cofferdam to form a U-shaped cofferdam; the restored board to be lined of the diversion canal is positioned within an envelope range of the U-shaped cofferdam; the two supporting trusses are separately mounted between the two transverse cofferdams; the two or more anchoring devices are fixedly arranged on a canal embankment; each anchoring device is connected to the longitudinal cofferdam or the transverse cofferdams through anchoring chains; and the power boat is positioned at the water side of the longitudinal cofferdam. The longitudinalcofferdam and the transverse cofferdams are assembled on water, are injected with water to sink, are positioned by the anchoring chains, float after water pumping, and are dismounted, so that zero emission of the canal can be realized.

The invention discloses a subsurface buoy for ocean observation, and the subsurface buoy comprises a buoy and a subsurface buoy body, the vertically-arranged subsurface buoy body is fixedly arranged in the middle of the bottom of the buoy, a buffering mechanism is fixedly arranged at the bottom of the subsurface buoy body, and the buffering mechanism is composed of a mounting base, a telescopic rod, a spring and a rubber base; the telescopic rod is arranged at the bottom of the mounting base and inserted into the mounting base, a rubber base is fixedly arranged at the bottom of the telescopic rod, the telescopic rod is sleeved with a spring, the lower portion of the exterior of the subsurface buoy body is sleeved with a lifting and diving mechanism, and the lifting and diving mechanism is composed of a mounting frame and a waterproof motor; a mounting groove matched with the subsurface buoy body is formed in the center of the mounting frame. And through the buffer mechanism installed at the bottom of the subsurface buoy body, when the subsurface buoy collides with a seabed, a spring of the buffer mechanism can absorb impact force during collision, so secondary damage to the subsurface buoy is reduced, and maintenance is facilitated.

The invention relates to an easily managed, harvested and dried kelp culture device. An air inlet joint at one end of a floating pipe is connected with a compressed air source, the bottom of the otherend of the floating pipe is provided with a water inlet / outlet hole, an eye plate on one side of the floating pipe is connected with a rotatable buoy through a pulling rope, an eye plate on the otherside of the floating pipe is connected with a large buoy through a first pulling rope, and the rotatable buoy, the large buoy and the floating pipe can form a stable stop position by the aid of two anchor ropes. By means of vacuum water injection and air compression, the floating pipe is inflated and injected with water, and floating / sinking of the floating pipe in water can be adjusted. A plurality of circular rings sleeve the floating pipe one by one, a kelp seedling rope is connected with the circular rings, each group of circular rings are arranged in one connecting rope in a sleeving manner and fixedly connected with the connecting rope, and the connecting rope is connected with the eye plate through shackles. During harvesting, a harvesting power device is connected with the connecting rope, and the connecting rope drives the circular rings connected onto the connecting rope and the kelp seedling rope on the circular rings to harvest kelps together. A kelp culture water layer can be regulated, and the operation process is simple and convenient.

The invention belongs to the technical field of civil engineering construction, and particularly relates to a construction method of an overwater steel pipe pile bearing capacity detection device. Theoverwater steel pipe pile bearing capacity detection device comprises at least three buoyancy air bags uniformly arranged around a steel pipe pile, a bearing platform is arranged on the buoyancy airbags, the bearing platform is higher than the top of the steel pipe pile, and a force transmission structure is arranged between the top of the steel pipe pile and the bearing platform. A dynamometeris arranged at the top of the force transmission structure. The overwater steel pipe pile bearing capacity detection device further comprises a displacement sensor, the actual bearing capacity calculated through the numerical value measured by the dynamometer is compared with the theoretically calculated ultimate bearing capacity standard value, and whether the steel pipe pile can be safely constructed or not is judged. The overwater steel pipe pile bearing capacity detection device is simple in structure, can visually perform detection, is simple and convenient in construction operation, andcan effectively detect the actual limit side friction resistance.

The invention relates to the technical field of building foundation engineering, in particular to a pile gripper of a vibrating pile hammer with an internal supporting type clamping structure. The clamping structure comprises a sleeve and a clamping oil cylinder mounted in the sleeve, and a plurality of wedge-shaped pushing blocks are connected with the bottom of the oil cylinder; and the oil cylinder drives the wedge-shaped pushing blocks to move up and down in the axial direction of the sleeve, a plurality of wedge-shaped clamping blocks are matched with the wedge-shaped pushing blocks in position, the matching faces are inclined faces, and the wedge-shaped pushing blocks move up and down in the axial direction, so that the wedge-shaped clamping blocks move in the radial direction of thesleeve and abut against the inner wall of a pile pipe to be clamped after being unfolded outwards. The pile gripper of the vibrating pile hammer with the internal supporting type clamping structure can be embedded into a tubular pile, is propped open and clamps the tubular pile from inside to outside, the problem that a traditional pile clamping device cannot sink into the ground is perfectly solved, the clamping force is larger, and pile sinking operation is facilitated.

The invention discloses a device for improving the circulation condition of a water body. The device comprises a water storage buffer tank body, a water guide pipe, a water feed pipe, a water outlet pipe, a storage battery, a solar panel, a pump, and a main control system mounted on one side of the pump; a groove is arranged in the top of the water storage buffer tank body to serve as a water storage buffer tank, and the pump is mounted above the water storage buffer tank; one end of the pump is connected with the water feed pipe guiding the water body in, and the other end of the pump is connected with the water outlet pipe guiding the water body out; a through hole is arranged in the bottom of the water storage buffer tank body, and the water guide pipe is connected with the through holeto allow water flows to flow in and out of the water storage buffer tank; the solar panel is connected with the storage battery to storage converted electric energy; the main control system is respectively connected with the pump, the storage battery and the solar panel. The device has the advantage that the water body exchange mode of 'from bottom to top', 'from top to bottom' and 'from middle to bottom' is applied to realize exchange among water bodies on different water layers.

The invention discloses an outer water discharging pump submerging and floating sand intercepting bank preventing excessive sediment from entering a water taking port. The outer water discharging pumpsubmerging and floating sand intercepting bank comprises a fixedly-arranged surrounding cavity type fixed sand intercepting bank body, a sealed submerging and floating box located in a fixed sand intercepting bank body surrounding cavity, a water discharging pump arranged outside the fixed sand intercepting bank body, a sensor for monitoring the deposition height of the sediment, a sensor for monitoring the water level and a center control unit. A body structure of the submerging and floating box and a body structure of the fixed sand intercepting bank body surrounding cavity are matched, anda guiding structure piece and a limiting structure piece limiting the floating distance of the submerging and floating box are arranged between the submerging and floating box and the fixed sand intercepting bank body surrounding cavity. According to the submerging and floating sand intercepting bank, when the sediment deposition in front of the sand intercepting bank is higher than the limitingelevation, the submerging and floating box floats, the elevation of the sand intercepting bank is increased, and after the temporary sand prevention task is finished, the submerging and floating box submerges into the fixed sand intercepting bank body surrounding cavity, and the sand intercepting normal state is recovered. According to the outer water discharging pump submerging and floating sandintercepting bank, the submerging and floating box is made to float and submerge by controlling and changing the water level in the fixed sand intercepting bank body surrounding cavity, increasing andreducing of the sand intercepting bank elevation are achieved, operation is simple, and feasibility is high.

The invention discloses an electric power wireless internet of things system, which specifically comprises a plurality of terminals provided with IoT-G230MHz communication modules, a wireless integrated gateway, a backhaul network and a service master station, wherein the plurality of terminals are connected to the wireless integrated gateway through the IoT-G 230MHz communication module; and the wireless integrated gateway is accessed to the service master station through the backhaul network. The system is provided with the wireless integrated gateway and the terminal additionally provided with the IOT-G 230MHz communication module, a 230MHz network core network does not need to be built, and the building cost can be effectively reduced.

The invention relates to an integrated movable-type offshore culture fence. The offshore culture fence comprises an integrated unit-type fence frame, net clothing, positioning piles and partition cavity force suction anchors. The fence frame comprises operation corridor platforms, float-and-sink adjustment pipes and caissons from top to bottom in sequence. The operation corridor platforms, the float-and-sink adjustment pipes and the caissons are fixedly supported by supporting columns, wherein the supporting columns are disposed in pairs on the inner and outer sides of the float-and-sink adjustment pipes and arranged at intervals in the shape direction of the fence frame. The net clothing is installed to the interior of the fence frame through the supporting columns on the inner side. Thepartition cavity force suction anchors are fixed to the bottoms of the caissons, first positioning holes are formed in partition cavities of the interiors of the tops of the corresponding partition cavity force suction anchors, second positioning holes vertically corresponding to the first positioning holes are formed in the operation corridor platforms, and the positioning piles are of hollow structures capable of adjusting floating and sinking and penetrate through the second positioning holes and the first positioning holes to be vertically slidingly assembled with the fence frame and partition cavity force suction anchors. Shore-based integrated and factory production of the culture fence can be achieved, and integrated movable construction on the sea can be achieved.

The invention relates to a skylight driving mechanism. The skylight driving mechanism comprises a sliding rail, a main sliding block, a lifting arm and a turning sliding groove. The main sliding blockmoves in a corresponding sliding way of the sliding rail through an upper sliding table and a lower sliding table, the front end of the lifting arm is inserted into the main sliding block from the upper end of the main sliding block and is in matched connection with arc-shaped sliding grooves in the two sides of the main sliding block through connecting pins, the arc-shaped sliding grooves in thetwo sides of the main sliding block are matched with the turning sliding groove in the sliding rail, and thus lifting or sinking of the front end of the lifting arm is achieved; and a pushing structure on the main sliding block is matched with a locking pin and an inner clamp on a mechanism limiting piece, and thus lifting or sinking of the rear end of the lifting arm is achieved. The skylight driving mechanism is applied to a Chinese patent, namely 'Automobile skylight (the application number is CN201510332639.4)', glass and a sunshade curtain of an automobile skylight can be automatically opened and closed, the number of adopted parts is small, and operation is steady and reliable.

The invention discloses a building overall sinking device and method. The device comprises an underpinning structure, a jack, a cushion block set, a deformed steel piston column and a steel pipe pile, the deformed steel piston column is sequentially provided with an upper pressure-bearing end plate, a middle pressure-bearing annular plate, a limiting annular plate and a lower pressure-bearing plate from top to bottom, the lower pressure-bearing plate is provided with a sand supplementing hole, the steel pipe pile comprises a hollow section, a sand filling section filled with fine silt, a solid section filled with concrete and a pile tip from top to bottom, a base of the jack is upwards connected with the lower surface of the underpinning structure, the top of the jack is downwards arranged on the cushion block set, and the cushion block set is arranged on the upper surface of an upper pressure-bearing end plate of the deformed steel piston column, and the lower part of the deformed steel piston column is embedded into the hollow section of the steel pipe pile. The method is simple in structure, convenient to construct, short in construction period and low in manufacturing cost.

The invention discloses an automobile door and door lock connection structure and an assistant positioning device for the automobile door and door lock connection structure, and aims at solving the shortage that the length of an automobile in the Y direction is relatively large due to the fact that an interval needs to be left in an existing automobile door and door lock connection structure for aseal ring and an installation screw. The automobile door and door lock connection structure comprises a door lock device, a door lock reinforcement plate and an automobile door inner plate, wherein the door lock device, the door lock reinforcement plate and the automobile door inner plate are connected through the installation screw, the lower bottom face of a nut of the installation screw is ina ball crown shape, the installation screw is in threaded connection onto a mounting seat formed by the door lock device and the automobile door inner plate, the mounting seat is a concave ball-crown-shaped mounting seat which fits the bottom of the nut of the installation screw, and the surface of the installation screw is lower than the automobile door inner plate. The automobile door and door lock connection structure and the assistant positioning device for the automobile door and door lock connection structure can leave space for shortening the length of the automobile in the Y direction,avoids an interval between the automobile door inner plate and the door lock reinforcement plate, generated due to the manufacturing error, and prevents oil paint on the plates from falling off due to deformation.