CN207646740U - Three four axis working ships of Underwater Deep Silt basement process - Google Patents

Abstract

The utility model provides a kind of three four axis working ships of Underwater Deep Silt basement process comprising be arranged in hull hold automatic adjusts ballast balance system of inclining；To modulate the pulping system of slurry and output, it includes the storage tank being set on the deck of the hull, is connected to storage tank to convey slurry to the spiral conveyer of hopper device and the blender being connect with hopper device and slurry storing tank, is exported to slurry storing tank deposit after the slurry to stir hopper device output；The processor system of the working ship is set to by pile frame system at the bow of hull, and is connect with pulping system to construct by pulp feeding system；It there also is provided dormitory living area and control room at the stern of the working ship.The utility model solves deficiency of the existing working ship in the marine traffic engineering of ocean by preceding solution, realize the working ship for adapting to ocean marine traffic engineering feature, and economy, compact-sized, mechanization degree is high, automation control performance is high, ensures speed of application and construction quality.

Description

Three four axis working ships of Underwater Deep Silt basement process

Technical field

The utility model is related to working ship technical field, relate in particular to for coastal port harbour, breakwater, shield The based process construction that bank, man-made island are reclaimed fields from the sea, and suitable for mud, muck soil, silt, general clay, sand etc. A kind of three four axis working ships of Underwater Deep Silt basement process on stratum.

Background technology

It is a kind of highly important construction equipment in water transport engineering project that underwater, which handles working ship, but in China Using less, main cause includes：(1) underwater processing working ship relies primarily on import, and import price is expensive, and repair is multiple Miscellaneous, software relies on import, and maintenance is of high cost, causes foundation treatment engineering ship quantity under domestic water very few；(2) coastal waters The basement process technique of shallow water area replaces construction technique under water with land-based area construction technology；(3) shoal region barge and ground Processing equipment erection method realizes underwater processing construction；(4) underwater processing engineering project in domestic ocean is few.

However, as water transport engineering project cause continues to develop, under the drive of the Belt and Road economy, at China's underwater It is more and more to manage engineering project.A workman wants to do his work well must first sharpen his tools handles engineering project needs to adapt to underwater, and the country is Some underwaters processing working ship is had developed, it is representative such as Chinese utility model patent application number 201510206163, it discloses a kind of mixing pile ships for the construction of Underwater Soft Foundation plinth, are set in the work zone of catamaran Set that can be provided on the longitudinal movement trolley of the longitudinal movement of work zone, longitudinal movement trolley can be along construction operation The transverse movement trolley of the transverse shifting in area is provided with for operation in below work zone on transverse movement trolley The mixing plant of Underwater Soft Foundation plinth.But it is in practical application, the mixing pile ship there are power small, automation control poor performance, right The problems such as ground adaptability is poor, if encountering hardpan or when containing sandy pear variety, stirring drill bit is fragile, integral construction efficiency It is low, and ocean construction wind and wave resistance needs can not be adapted to.

Therefore how a kind of Underwater Deep Silt foundation treatment engineering ship adapting to ocean Port ＆ Waterway Engineering Projects feature is provided, with Solve the problems, such as that the formation condition Foundation Treatment of underwater complex is most important.

Utility model content

In view of the above, the utility model provides a kind of three four axis working ships of Underwater Deep Silt basement process, with solution Deficiency of the certainly existing working ship in the marine traffic engineering of ocean realizes the working ship for adapting to ocean Port ＆ Waterway Engineering Projects feature, and institute State working ship with economy, compact-sized, mechanization degree is high, automation control performance is high, ensures speed of application and applies The technique effects such as working medium amount.

To achieve the above object, the technical scheme adopted by the utility model is that providing a kind of Underwater Deep Silt basement process three Four axis working ships, including：Hull；It is automatic to adjust ballast balance system of inclining, it is arranged in the hold of the hull；Pulping system is used To modulate slurry and export, the pulping system includes storage tank, spiral conveyer, hopper device, blender and storage slurry Bucket；The storage tank is set on the deck of the hull, and the spiral conveyer is connected to the storage tank to convey slurry extremely The hopper device, the blender are connect with the hopper device with the slurry storing tank, are filled with stirring the scale hooper It is exported to the slurry storing tank deposit after setting the slurry of output；Processor system is set to the bow of the hull by pile frame system Place, and connect with the pulping system to construct by pulp feeding system；Dormitory living area is arranged in the stern of the hull Place；Control room is arranged at the stern of the hull, and between the dormitory living area and the pulping system.

In the embodiment of the utility model working ship, the hull has the central axes of connection bow and stern；Wherein, institute It states pulping system and the pulp feeding system and is arranged symmetrically in midship along the central axes respectively, the pile frame system and described Processor system is transversely arranged symmetrically in bow respectively；The dormitory living area and control room arrangement on the quarter rear On central axes.

In the embodiment of the utility model working ship, the automatic tune incline ballast balance system include heeling tank, Laden by the head trim tank and laden by the stern trim tank, wherein the heeling tank is arranged symmetrically in two side of a ship of hold, described Laden by the head trim tank is arranged in the centre of bow hold, and the laden by the stern trim tank is arranged among hold.

In the embodiment of the utility model working ship, the spiral conveyer includes flat spin machine and vertical spin Machine, the flat spin machine are set to the storing pot bottom, and the vertical spiral conveyer is set to the storage tank close to the one of bow Side is simultaneously connected to the flat spin machine；The hopper device includes that cement scale hooper, water scale hooper and additive weigh Bucket；The cement scale hooper, the water scale hooper and the additive scale hooper are set to above the blender, the slurry storing tank Below the blender；Wherein, the cement scale hooper is connected to the vertical spiral conveyer, after weighing to cement It is delivered to the blender down；The water scale hooper for being delivered to the blender down after drawing water and weighing；It is described outer Add agent scale hooper be set to the water scale hooper at the top of, to input additive and weigh after be delivered to the blender down.

In the embodiment of the utility model working ship, the pulp feeding system include peristaltic pump, surge tank, electromagnetic flowmeter, Solenoid valve, flow inlet, detergent line and pressure sensor；Wherein, the input port of the peristaltic pump is connect with the slurry storing tank, The delivery outlet of the peristaltic pump is connect with the entrance of the flow inlet；The surge tank, the electromagnetic flowmeter are according to cement slurry Flow direction sequentially accesses the flow inlet, and the flow inlet is equipped with the pressure between the surge tank and the electromagnetic flowmeter Sensor.

In the embodiment of the utility model working ship, the surge tank is separately connected to detergent line and compressed air；It is described Flow inlet has two outlets, wherein an outlet is connect with the processor system to export cement slurry, it is another export with it is described The sewage recycling office reason device of working ship connects sewage is discharged.

In the embodiment of the utility model working ship, the pile frame system include pile frame, A cabinet frames, main hoisting mechanism and Assist lifting mechanism；Wherein, the pile frame is set to bow；The A cabinet frames connection is supported in side of the pile frame towards stern Between deck；The main hoisting mechanism is set between the control room and the storage tank；The main hoisting mechanism is rolling up Steel cable control process machine system is raised to lift along pile frame；The auxiliary lifting mechanism is set to the main hoisting mechanism and the storage tank Between；The auxiliary lifting mechanism adjusts the flow inlet and such as power cable, communication cable of pulp feeding system to elevator steel cable The length of wire body or tube body.

In the embodiment of the utility model working ship, the pile frame system further includes that the load being set at the top of the pile frame passes Sensor and limit switch；Wherein, the load transducer is internally provided with the steel cable for the main hoisting mechanism and described assists The fixed pulley of the steel cable winding of mechanism is risen, the load transducer obtains the stake by measuring the stress degree of the fixed pulley The load degree of frame system；The limit switch be suspended at the pile frame towards the outside of bow and position processor system liter It drops on path, to limit the lifting height of block processor system.

In the embodiment of the utility model working ship, the processor system is climbed using the pile frame of the pile frame system as track Set on the pile frame towards on the side of bow；The processor system includes attachment tank tower, motor, dipmeter, drilling rod, center Pipe and drill bit；Wherein, the attachment tank tower top is equipped with steel cable winding control lifting of the lifting pulley for the pile frame system； The motor is set to inside the attachment tank tower；The dipmeter is set to the bottom of the attachment tank tower；The drilling rod and described Central tube is connect by the dipmeter with the attachment tank tower；The bottom end of the drilling rod is equipped with the drill bit；Whereby, described in order Drill bit is driven by motor carries out bore operation, and the bottom end of the drilling rod and the central tube is all equipped with and the slurrying system The mouth spray that system, pulp feeding system are connected to, to drill while export cement slurry.

In the embodiment of the utility model working ship, the dipmeter and the automatic tune incline ballast balance system relationship, When being tilted with the hull that is generated in the processor system raising and lowering load variations, inclined ballast balance by the automatic tune System starts ballast water regulation and control model, to adjust hull.

The utility model makes it have following advantageous effect as a result of above technical scheme：

(1) by carrying out scientific and reasonable arrangement to each capital equipment system, underwater deep foundation base handles three four Axis working ship meets buoyancy, stability, unsinkability, rapidity, sea-keeping, the basic demand of maneuverability etc..

(2) economy is environmentally friendly, compact-sized, mechanization degree is high, automation control performance is high.

(3) it can ensure underwater processing speed of application and quality.

(4) it can be automatically performed the metrology recipe work of the cement grouts dispensing such as cement, additive, water, and meet country Related measurement criteria.

(5) general layout design meets the limitation of international airline clear height.

(6) domestic three not domestic four axis working ship problems are directed to, by the design of relevant device system on hull Layout, while meeting construction technology, meets hull safety and stability requirement, while will be by adjusting the ballast balance that inclines automatically System, pulping system, pulp feeding system, pile frame system, processor system, sewage recycling office reason device are integrated into hull, are ensured Single ship can meet the basic demand of construction.Reasonable design, demand is big, is suitable for being widely applied.

(7) three four axis working ships of Underwater Deep Silt basement process provided by the utility model compare similar import working ship, The working ship cost of the utility model is only the 60% of import working ship, and work efficiency is better than import working ship, and intellectual property is complete Independently.

Description of the drawings

Fig. 1 is the horizontal layout schematic diagram of the utility model working ship entirety.

Fig. 2 is the longitudinal plane structure schematic diagram of the utility model working ship.

Fig. 3 is the pile frame system and processor system enlarged structure schematic diagram of the utility model Fig. 2.

Fig. 4 is the pile frame system left view structural representation of the utility model Fig. 2.

Fig. 5 is the pulping system side structure schematic view of the utility model working ship.

Fig. 6 is the pulp feeding system configuration diagram of the utility model working ship.

Fig. 7 is that the processor system bottom of the utility model working ship regards structural schematic diagram.

The correspondence of reference numeral and component is as follows：

Hull 10；Bow 11；Stern 12；Deck 13；Hold 14；Central axes X；It is automatic to adjust ballast balance system 20 of inclining；It is horizontal Incline trim tank 21；Laden by the head trim tank 22；Laden by the stern trim tank 23；Pulping system 30；Storage tank 31；Feed pipe 311； Device for recovering powder 312；Spiral conveyer 32；Flat spin machine 321；Vertical spiral conveyer 322；Hopper device 33；Cement claims Batch box 331；Water scale hooper 332；Additive scale hooper 333；Blender 34；Slurry storing tank 35；Mounting bracket 36；Pulp feeding system 40；It is soft Tube pump 41；Surge tank 42；Electromagnetic flowmeter 43；Solenoid valve 44；Flow inlet 45；Detergent line 46；Pressure sensor 47；Pile frame system System 50；Pile frame 51；A cabinet frames 52；Main hoisting mechanism 53；Steel cable 531；Assist lifting mechanism 54；Steel cable 541；Load transducer 55； Limit switch 56；Processor system 60；Adhere to tank tower 61；Lift pulley 611；Motor 62：Dipmeter 63；Drilling rod 64；Mouth spray 641；Central tube 65；Mouth spray 651；Drill bit 66；Dormitory living area 70；Control room 80.

Specific implementation mode

For the benefit of to the understanding of the utility model, illustrate with reference to the accompanying drawings and embodiments.

It please refers to Fig.1 to Fig. 7, three four axis engineerings of Underwater Deep Silt basement process provided by the utility model are mainly used for The based process construction that ocean, interior river valley and coastal port harbour, breakwater, shore protection, man-made island are reclaimed fields from the sea.Such as Fig. 1 institutes Show, the working ship include hull 10 and on hull 10 it is automatic tune incline ballast balance system 20, pulping system 30, supply Slurry system 40, pile frame system 50, processor system 60, sewage recycling office reason device, dormitory living area 70, control room 80 and its attached Belong to facility.

As shown in Figure 1, there is the hull 10 bow 11, stern 12, deck 13 and hold 14, the system to be laid in In the cabin of hull 10 and on deck；The capital equipment of each system is transversely arranged symmetrically or is arranged in the longitudinal central axis of hull 10 On line X.Wherein, the dormitory living area 70 and the control room 80 are arranged on the central axes X at 12 rears on the quarter, described automatic Tune ballast balance system 20 and the sewage recycling office reason device that inclines is arranged in hold 14, the pulping system 30 and the confession Slurry system 40 is arranged symmetrically in 10 middle part of hull, the pile frame system 50 and the processor system along the central axes X respectively 60 are transversely arranged symmetrically in bow 11 respectively.

In the utility model embodiment, by by dormitory living area 70 and the arrangement of control room 80 on the quarter 12, will construct Equipment is arranged in bow 11, makes dormitory living area 70 and control room 80 far from working region, noise and dust shadow when avoiding work It rings.

As shown in Figure 1 and Figure 2, the automatic tune incline ballast balance system 20 include heeling tank 21, laden by the head balance Water tank 22 and laden by the stern trim tank 23, wherein the heeling tank 21 is arranged symmetrically in 14 liang of sides of a ship of hold, the head Trimming tank 22 is arranged in the centre of 11 hold 14 of bow, and the laden by the stern trim tank 23 is arranged among hold 14.

Specifically, as shown in Fig. 2, the hold 14 of the hull 10 is from bow 11 to stern 12, sequentially it is equipped with ballast tank Pump room, heeling tank are carried with laden by the head trim tank 22, empty cabin, ballast tank and clothing issue room, spare cooling water tank and tune 21, cooling water tank, fresh-water tank, ballast tank and laden by the stern trim tank 23.

The sewage recycling office reason device is arranged in the hold 14 of 30 lower section of the pulping system；More specifically, described Sewage recycling office manages device between the ballast tank and the laden by the head trim tank 22.

As shown in figure 5, the pulping system 30 includes storage tank 31, spiral conveyer 32, hopper device 33, blender 34, slurry storing tank 35 and mounting bracket 36；Wherein, the storage tank 31 is set on deck 13；The spiral conveyer 32 includes water Flat spin machine 321 and vertical spiral conveyer 322, the flat spin machine 321 are set to 31 bottom of the storage tank, to by cement Towards bow 11 carry out horizontal feed, the vertical spiral conveyer 322 be set to the storage tank 31 close to the side of bow 11 and with The flat spin machine 321 is connected to, the cement from flat spin machine 321 is carried out vertical transport from lower to upper.

The mounting bracket 36 is set to the vertical spiral conveyer 322 close to the side of bow 11, to install the scale hooper Device 33, blender 34 and slurry storing tank 35.Wherein, as shown in figure 5, the hopper device 33 includes cement scale hooper 331, water Scale hooper 332 and additive scale hooper 333；The cement scale hooper 331 and the water scale hooper 332 are set to the mounting bracket 36 tops, the blender 34 is set to 36 middle part of the mounting bracket, to pulping raw material of the access from hopper device 33, institute It states slurry storing tank 35 and is set to 36 bottom of the mounting bracket, to cement slurry of the access from blender 34.

Specifically, as shown in figure 5, the cement scale hooper 331 is connected to the vertical spiral conveyer 322, to cement The blender 34 is delivered to after being weighed down；The water scale hooper 332 is used to that the sea after removing impurity removing will to be extracted on the spot (river) water is delivered to the blender 34 down after being weighed；The additive scale hooper 333 is set to the water scale hooper 332 Top, to be delivered to the blender 34 down after being weighed to the additive needed for slurrying.The blender 34 is used for The cement inputted in proportion, water, additive are stirred evenly to form the cement slurry that construction needs, and through being set to the blender Discharge bucket immediately below 34 flows into the slurry storing tank 35, realizes underwater operation slurrying production and automation control in real time.

In the utility model embodiment, the storage tank 31 by be aft equipped at 12 feed pipe 311 to and cement Ship connects, and powder carry is for use to 31 inside of storage tank.In addition, the top of the storage tank 31 is additionally provided with gas circuit circulating line (not shown) and device for recovering powder 312, to prevent dust pollution.

In the utility model embodiment, to increase the stability of ship, lateral tilting moment is reduced, working heavy duty is set Standby facility with close to 10 middle part of hull, be arranged symmetrically and be preferred, wherein the storage tank 31 of pulping system 30, slurry storing tank 35 are preferably along cross To on the deck 13 being arranged symmetrically in the middle part of hull 10；More preferably, corresponding difference makes compact arrangement of equipment, storage tank be designed to case Type, slurry storing tank are designed to that cylindrical type, size and number are required to calculate and be determined according to production capacity.

Specifically, as shown in Figure 1, there are six storage tanks 31 for arrangement on the deck 13 of the utility model working ship, three groups claim Batch box device 33, and two storage tanks 31 can share one group of hopper device 33.Each storage tank 31 is internally provided with multigroup water Flat spin machine 321, it is external then be equipped with one group of vertical spiral conveyer 322.

As shown in fig. 6, the pulp feeding system 40 is mainly connected between pulping system 30 and processor system 60, by water Material-mud is delivered to be used with processor system 60.The pulp feeding system 40 includes peristaltic pump 41, surge tank 42, electromagnetic flowmeter 43, solenoid valve 44, flow inlet 45, detergent line 46 and pressure sensor 47.Wherein, the input port of the peristaltic pump 41 and institute The connection of slurry storing tank 35 is stated, the delivery outlet of the peristaltic pump 41 is connect with the entrance of the flow inlet 45.It is the surge tank 42, described Electromagnetic flowmeter 43 sequentially accesses the flow inlet 45 according to cement slurry flow direction, and the flow inlet 45 is in the surge tank 42 and institute It states and is equipped with the pressure sensor 47 between electromagnetic flowmeter 43；The surge tank 42 is separately connected to detergent line 46, to connect Seawater is rinsed the pipeline of pulp feeding system 40, ensures that line clear is unobstructed；The surge tank 42 can separately connect compressed air To send slurry pressure to realize automatic compensation balance pulp feeding system 40.The flow inlet 45 has two outlets, wherein an outlet It connect to export cement slurry with processor system 60, another outlet connect to be discharged with sewage recycling office reason device Sewage.

The solenoid valve 44 of the pulp feeding system 40 is mainly located on the connecting line of peristaltic pump 41 and slurry storing tank 35, Yi Jishe In on the pipeline section between the electromagnetic flowmeter 43 and outlet manifold point and outlet of the flow inlet 45 of flow inlet 45 Split point is managed to sewage recycling office on the pipeline section between device.Specifically, as shown in fig. 6, the peristaltic pump 41 and slurry storing tank 35 Connecting line on solenoid valve 44 be pneumatic butterfly valve, and Hand-operated butterfly valve is coordinated to use；The electromagnetic flowmeter 43 and outlet Solenoid valve 44 on pipeline section between split point is butterfly shaped check valve；The outlet manifold point of the flow inlet 45 is to sewage recycling office It is pneumatic butterfly valve to manage the solenoid valve 44 on the pipeline section between device.Whereby, by the way that electromagnetic flowmeter 43 and solenoid valve 44 is arranged, Realize that the conveying slurry flow of the utility model working ship automatically controls.

In the utility model embodiment, since in conveying slurry processes, peristaltic pump 41 is it is possible that booster or soft Pipe service life expires the normal production of influence in advance, therefore the quantity of peristaltic pump 41 is according to production capacity in addition to calculating and determining, compared with It is good additionally to arrange a certain number of stand-by pumps.Specifically, as shown in Figure 1, every group of hopper device 33 is connected, there are four peristaltic pumps 41, but not limited to this, quantity adjustment can be carried out with practice of construction demand.

As shown in Figure 1, Figure 2, Figure 3, Figure 4, the pile frame system 50 include pile frame 51, A cabinet frames 52, main hoisting mechanism 53, Assist lifting mechanism 54, load transducer 55 and limit switch 56.Wherein, the pile frame 51 is set to bow 11；The A cabinet frames 52 Connection is supported in the pile frame 51 towards between the side of stern 12 and deck 13；The main hoisting mechanism 53 is set to the manipulation Between room 80 and the storage tank 31, the auxiliary lifting mechanism 54 be set to the main hoisting mechanism 53 and the storage tank 31 it Between；The main hoisting mechanism 53 lifts to 531 control process machine system 60 of elevator steel cable along pile frame 51, the auxiliary lifting machine Structure 54 adjusts the flow inlet 45 and such as power cable, communication cable wire body or tube body of pulp feeding system 40 to elevator steel cable 541 Length.

The load transducer 55 and the limit switch 56 are set at the top of the pile frame 51, in the load transducer 55 Portion is equipped with the fixed pulley of 541 winding of steel cable of the steel cable 531 and the auxiliary lifting mechanism 54 for the main hoisting mechanism 53, institute State the load degree that load transducer 55 obtains the pile frame system 50 by measuring the stress degree of the fixed pulley.The limit Bit switch 56 is suspended at the pile frame 51 towards the outside of bow 11 and position is on the lift path of processor system 60, to limit The lifting height of block processor system 60 processed.

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 7, the processor system 60 is that track is climbed set on the stake with the pile frame 51 Frame 51 towards on the side of bow 11, the processor system 60 include attachment tank tower 61, motor 62, dipmeter 63, drilling rod 64, Central tube 65 and drill bit 66.61 top of attachment tank tower be equipped with lifting pulley 611 for 53 steel cable of main hoisting mechanism around If control lifting；The motor 62 is set to inside the attachment tank tower 61；The dipmeter 63 is set to the attachment tank tower 61 Bottom；The drilling rod 64 and the central tube 65 are connect by the dipmeter 63 with the attachment tank tower 61；Such as Fig. 3, Fig. 7 institute Show, the bottom end of the drilling rod 64 is equipped with the drill bit 66, and the drill bit 66 is driven by motor 62 and carries out bore operation, and described Drilling rod 64 and the bottom end of the central tube 65 be all equipped with the mouth spray 641 being connected to the pulping system 30, pulp feeding system 40, 651, to drill while export cement slurry.

In the utility model embodiment, the dipmeter 63 is for measuring the gradient of hull 10 all around, simultaneously It is associated with automatic tune ballast balance system 20 of inclining, inclines in the hull that 60 raising and lowering load variations of processor system generate When oblique, by adjusting ballast balance system 20 of inclining to start ballast water regulation and control model automatically, quickly by 10 leveling of hull, ensure hull 10 Do not release souls from purgatory 1% in left and right, front and back, head and the tail gradient, to ensure the control of pile pile body inclining within 1%.

In the utility model embodiment, the motor 62 to control the drill bit 66 the speed of rotation and rotation side To.

Specifically, as Figure 1 and Figure 4, three groups of pile frames 51, each group are disposed on the deck 13 of the utility model working ship Pile frame 51 swashes equipped with one group of four axis mixing pile machine；Whereby, pass through three four axis works of the utility model Underwater Deep Silt basement process Cheng Chuan, can realize can once complete 3 cluster stakes.Wherein, stake spacing is adjustable from 4m to 6m, and reinforcement depth, can under water up to 40m It is needed that the number of clusters completed every time and stake spacing is adjusted flexibly according to construction.

The sewage recycling office reason device is set to the hold 14 of the hull 10, the dirt for concentrating work progress to generate Water, and sewage is formed into clear water direct emission after precipitation filters, environment will not be damaged.

In the utility model embodiment, personnel in the control room 80 can be selected by computer manual control or from Dynamicization control mode carries out stake position positioning and Whole Process Control cement mixing pile operation, and it is domestic to realize that system software is all realized Change, and the condition of production is transmitted to control room 80 by various kinds of sensors and video monitor with data or image mode in real time.

In the utility model embodiment, processor system 60 is mainly made of three four axis mixing pile machines, such as Fig. 1 institutes Show, on the lateral symmetry deck 13 for being arranged in bow 11, the motor 62 of each four axis mixing pile machines preferably uses 132kw × 4 × 3 The form that group links two-by-two drives the work of four axis mixing pile machines.

With reference to CCS, " steel seagoing vessel enters grade rule to three four axis working ships of Underwater Deep Silt basement process provided by the utility model Model " (2015) crane ship standard designs.In the utility model embodiment, ship key dimension captain 72.75m, molded breadth 30m, Moldeed depth 4.8m, pile frame height 46.8m, draft 2.9m, can once complete 3 cluster stakes, and stake spacing is adjustable from 4m to 6m, reinforce deep Degree is under water up to 40m.It is to be understood that aforementioned working ship specification is used to assist to understand the technical side of the utility model Case, but should not be taken to be limiting three four axis working ships of the utility model Underwater Deep Silt basement process.

In the utility model embodiment, three four axis working ships of the utility model Underwater Deep Silt basement process are in practical work In work, using admiral anchor fixed hull 10, hull 10 can be in a certain range in four sides all around according to need of work To being moved.In addition, stake spacing need to be adjusted realization by manual intervention to pile frame system 50, processor system 60.

By preceding solution, the utility model working ship control system can realize networking Automatic Control and manually do In advance, and it is provided with automatic alarm emergency set, control system has complete intellectual property, do not depend on import.All production numbers It can be stored according to (including construction environment parameter), and can inquire and print as requested at any time.Controlling easy to operate, stabilization can It leans on, has continuous production, intelligence, center control etc., production control can be met, can also meet the needs of management.

The utility model is described in detail above in association with accompanying drawings and embodiments, those skilled in the art can Many variations example is made to the utility model according to the above description.Thus, certain details in embodiment should not be constituted to this reality With novel restriction, the utility model will be using the range that the appended claims define as the scope of protection of the utility model.

Claims (10)

1. a kind of three four axis working ships of Underwater Deep Silt basement process, which is characterized in that including：

Hull；

It is automatic to adjust ballast balance system of inclining, it is arranged in the hold of the hull；

Pulping system, to modulate slurry and export, the pulping system include storage tank, spiral conveyer, hopper device, Blender and slurry storing tank；The storage tank is set on the deck of the hull, and the spiral conveyer connects with the storage tank Conveying slurry is passed to the hopper device, the blender is connect with the hopper device with the slurry storing tank, to stir It is exported to the slurry storing tank deposit after mixing the slurry of the hopper device output；

Processor system is set at the bow of the hull by pile frame system, and passes through pulp feeding system and the pulping system Connection is to construct；

Dormitory living area is arranged at the stern of the hull；

Control room is arranged at the stern of the hull, and between the dormitory living area and the pulping system.

2. three four axis working ships of Underwater Deep Silt basement process according to claim 1, it is characterised in that：

The hull has the central axes of connection bow and stern；Wherein,

The pulping system and the pulp feeding system are arranged symmetrically in midship, the pile frame system along the central axes respectively It is transversely arranged symmetrically in bow respectively with the processor system；The dormitory living area and control room arrangement are on the quarter On the central axes at rear.

3. three four axis working ships of Underwater Deep Silt basement process according to claim 1, it is characterised in that：

Automatic tune ballast balance system of inclining includes heeling tank, laden by the head trim tank and laden by the stern equilibrium water Cabin, wherein the heeling tank is arranged symmetrically in two side of a ship of hold, and the laden by the head trim tank is arranged in bow hold Centre, the laden by the stern trim tank are arranged among hold.

4. three four axis working ships of Underwater Deep Silt basement process according to claim 1, it is characterised in that：

The spiral conveyer includes flat spin machine and vertical spiral conveyer, and the flat spin machine is set to the storage tank bottom Portion, the vertical spiral conveyer are connected to set on the storage tank close to the side of bow and with the flat spin machine；

The hopper device includes cement scale hooper, water scale hooper and additive scale hooper；It is the cement scale hooper, described Water scale hooper and the additive scale hooper are set to above the blender, and the slurry storing tank is set to below the blender；

Wherein, the cement scale hooper is connected to the vertical spiral conveyer, described to be delivered to down after weighing to cement Blender；The water scale hooper for being delivered to the blender down after drawing water and weighing；The additive scale hooper is set to At the top of the water scale hooper, to input additive and be delivered to the blender down after weighing.

5. three four axis working ships of Underwater Deep Silt basement process according to claim 1, it is characterised in that：

The pulp feeding system includes that peristaltic pump, surge tank, electromagnetic flowmeter, solenoid valve, flow inlet, detergent line and pressure pass Sensor；Wherein, the input port of the peristaltic pump is connect with the slurry storing tank, the delivery outlet of the peristaltic pump and the flow inlet Entrance connects；The surge tank, the electromagnetic flowmeter sequentially access the flow inlet, the flow inlet according to cement slurry flow direction The pressure sensor is equipped between the surge tank and the electromagnetic flowmeter.

6. three four axis working ships of Underwater Deep Silt basement process according to claim 5, it is characterised in that：

The surge tank is separately connected to detergent line and compressed air；

The flow inlet has two outlets, wherein an outlet is connect with the processor system to export cement slurry, it is another go out Mouth with the sewage recycling office of working ship reason device connect that sewage is discharged.

7. three four axis working ships of Underwater Deep Silt basement process according to claim 1, it is characterised in that：

The pile frame system includes pile frame, A cabinet frames, main hoisting mechanism and auxiliary lifting mechanism；Wherein,

The pile frame is set to bow；

The A cabinet frames connection is supported in the pile frame towards between the side and deck of stern；

The main hoisting mechanism is set between the control room and the storage tank；The main hoisting mechanism is to elevator steel cable control Processor system processed is lifted along pile frame；

The auxiliary lifting mechanism is set between the main hoisting mechanism and the storage tank；The auxiliary lifting mechanism is rolling up It raises steel cable and adjusts the flow inlet of pulp feeding system and the length of such as power cable, communication cable wire body or tube body.

8. three four axis working ships of Underwater Deep Silt basement process according to claim 7, it is characterised in that：

The pile frame system further includes the load transducer and limit switch being set at the top of the pile frame；Wherein,

The load transducer is internally provided with the steel cable winding of the steel cable and the auxiliary lifting mechanism for the main hoisting mechanism Fixed pulley, the load transducer obtains the load journey of the pile frame system by measuring the stress degree of the fixed pulley Degree；

The limit switch is suspended at the pile frame towards the outside of bow and position is on the lift path of processor system, with limit The lifting height of block processor system processed.

9. three four axis working ships of Underwater Deep Silt basement process according to claim 1, it is characterised in that：

The processor system is climbed set on the pile frame by track of the pile frame of the pile frame system towards on the side of bow；Institute It includes attachment tank tower, motor, dipmeter, drilling rod, central tube and drill bit to state processor system；Wherein,

The attachment tank tower top is equipped with steel cable winding control lifting of the lifting pulley for the pile frame system；

The motor is set to inside the attachment tank tower；

The dipmeter is set to the bottom of the attachment tank tower；

The drilling rod and the central tube are connect by the dipmeter with the attachment tank tower；The bottom end of the drilling rod is equipped with institute State drill bit；

Whereby, it enables the drill bit be driven by motor and carries out bore operation, and the bottom end of the drilling rod and the central tube is all set There is the mouth spray being connected to the pulping system, pulp feeding system, to drill while export cement slurry.

10. three four axis working ships of Underwater Deep Silt basement process according to claim 9, it is characterised in that：

The dipmeter and the automatic tune incline ballast balance system relationship, in the processor system raising and lowering load Variation generate hull tilt when, by the automatic tune incline ballast balance system start ballast water regulation and control model, to adjust ship Body.