CN103867141A - Device of floor-type rotary lifting drilling tool of pile driver - Google Patents

Abstract

The invention discloses a device of a floor-type rotary lifting drilling tool of a pile driver. The device of the floor-type rotary lifting drilling tool of the pile driver is mechanical equipment arranged on the pile driver, and has the advantages that no drilling frame is arranged, the height is low, the weight is light, and transportation and installation are convenient. The pile driver provided with the device of the floor-type rotary lifting drilling tool of the pile driver is convenient and rapid to move and good in safety performance; the downward pressure of the drilling tool is high; the device of the floor-type rotary lifting drilling tool of the pile driver comprises a main body mechanism and an auxiliary mating mechanism; hydraulic holding devices are all hydraulic tools for clamping the drilling tool; the main body mechanism and the auxiliary mating mechanism are respectively and independently provided with the corresponding hydraulic holding device; hydraulic lifters of the main body mechanism are respectively connected with the terminal disc of a top assembly mechanism and the chassis of the bottom pile driver; an assembly frame is connected with the hydraulic holding devices; each driving device is connected with a hollow shaft of the corresponding hydraulic holding device through a transmission; hydraulic lifters of the auxiliary mating mechanism are respectively connected with an intermediate disc and the chassis of the pile driver; a mounting rack is connected with lower layer hydraulic holding devices; a transmission structure is connected with the hollow shafts of the lower layer hydraulic holding devices.

Description

The device of the console mode rotation and lifting drilling tool of pile driver

Technical field

The present invention relates to the plant equipment on a kind of pile driver---the device of the console mode rotation and lifting drilling tool of the device of rotation and lifting drilling tool, especially pile driver.

Background technology

At present, the device of rotation and lifting drilling tool, as the plant equipment on a kind of pile driver, is equipped on pile driver widely.The pile driver of the device of equipment rotation and lifting drilling tool also comprises walking mechanism, chassis, drilling tool and other fastening connection piece.The device of rotation and lifting drilling tool comprises drive unit, drilling cramp, hoist engine, wire rope, coaster; Drive unit is referred to as unit head, and unit head is made up of support frame, motor, reductor; The device of rotation and lifting drilling tool generally adopts by hoist engine, wire rope, coaster unit head is hung to the structure on the drilling cramp of pile driver, and it is referred to as the device of suspending rotary lifting drilling tool.The pile driver of the device of equipment suspending rotary lifting drilling tool is realized bore operation by the device of suspending rotary lifting drilling tool, and the motor on unit head connects reductor, and reductor connects the top of drilling tool, in the time that motor switches on power, and the rotation of driven by motor drilling tool; Hoist engine connecting steel wire ropes one end, in the time that hoist engine loosens wire rope, the drilling tool of unit head and connection thereof relies on the weight of self to exert pressure downwards, and the drilling tool of its unit head and connection thereof moves downward; In the time that hoist engine draws receipts wire rope, hoist engine draws high the drilling tool of unit head and connection thereof, and the drilling tool of its unit head and connection thereof moves upward; Like this, in the time that the motor on unit head switches on power, the rotation of driven by motor drilling tool, the drilling tool of unit head and connection thereof relies on the weight of self to exert pressure downwards, the lifting of the drilling tool of hoist engine control unit head and connection thereof, thus realize bore operation.Walking mechanism adopts wheel assembly, or adopts hydraulic walking device, or adopts crawler unit, or adopts cylinder running gear.The pile driver of the device of equipment suspending rotary lifting drilling tool, according to the difference of used drilling tool, separate several type, and the pile driver of the device of conventional equipment suspending rotary lifting drilling tool has boring grouting stirring pile driver and long screw pile driver, in the time that used drilling tool is boring grouting stirring drilling tool, its pile driver is boring grouting stirring pile driver, and boring grouting stirring drilling tool comprises that the body of drilling tool is drilling rod, stirring-head, the drilling rod top of its boring grouting stirring drilling tool connects the rotating shaft bottom of rotation major part, and the rotating shaft top of rotation major part connects the output shaft of the reductor of unit head, on the shell of rotation major part, there is defeated slurry hole, its rotation rotating shaft of major part and the drilling rod of connection thereof have respectively injected hole, between two injected holes, communicate and be tightly connected, the injected hole of the rotating shaft of rotation major part is positioned in the middle of the rotating shaft of rotation major part, defeated slurry hole on the shell of rotation major part communicates with the injected hole in the middle of the rotating shaft of rotation major part, stirring-head comprises mobile jib and lobate puddler, lobate puddler is connected on the outer wall of mobile jib, protruding, drilling rod bottom and mobile jib are sealedly and fixedly connected, on mobile jib, there is slurry outlet, the injected hole of drilling rod communicates with the slurry outlet on mobile jib, it is exerted pressure downwards by the weight of the boring grouting stirring drilling tool of unit head and connection thereof, driven by motor boring grouting stirring drilling tool on unit head rotates simultaneously, slip casting while stirring, thereby carry out pile operation, and the drilling tool using is long screw auger tool, its pile driver is long screw pile driver, the top of long screw auger tool connects the output shaft of the reductor of unit head, and it is exerted pressure downwards by the weight of the long screw auger tool of unit head and connection thereof, and the driven by motor long screw auger tool on unit head rotates simultaneously, rotary drilling, then upwards propose long screw auger tool by hoist engine, form stake hole, then put reinforcing bar in stake hole, be in the milk again, then pile.But suspending rotary lifting gear has many defects, it adopts drilling cramp to support, like this its Heavy Weight, volume greatly, highly high, thereby, the pile driver of the device of equipment suspending rotary lifting be movably walking difficulty and poor safety performance; And the bearing capacity of drilling cramp is limited, weight, the volume of unit head are just restricted, thereby the quantity of unit head installation drilling tool is restricted, conventionally on unit head, a drilling tool or two drilling tools are installed, thereby once common only one or two of pile of its pile driver Job Operations, the quantity of a pile of its Job Operations is few; And its drilling tool moves downward, rely on the weight of the drilling tool self of unit head and connection thereof to exert pressure downwards, its pressure is little, when running into special hardpan, is just difficult to downward boring.

Summary of the invention

The object of the invention is: the device that a kind of console mode rotation and lifting drilling tool of pile driver is provided, it is without drilling cramp, volume is little, highly low, lightweight, being convenient to transportation installs, thereby the pile driver of device of the console mode rotation and lifting drilling tool of equipment pile driver is movably walking convenient and swiftly, and security performance is good, and the pressure that its drilling tool is exerted pressure is downwards large, and can reduce labor strength, improve work productivity effect.

The object of the present invention is achieved like this: the device of the console mode rotation and lifting drilling tool of pile driver is the plant equipment being installed on pile driver.The device of the console mode rotation and lifting drilling tool of pile driver comprises main body mechanism and attached match mechanism.Hydraulic clamping device is the hydraulic pressure utensil that clamps drilling tool, and its main body mechanism and attached match mechanism are independently equipped respectively hydraulic clamping device separately, hydraulic clamping device is made up of hollow shaft, hydraulic press, outer shell, stationary slip and sealing mechanism, fastening connection piece, its hollow shaft is the middle rotating shaft for hollow circular tube shaped, and hollow shaft has oil transportation hole, and its oil transportation hole penetrates the body of hollow shaft, communicates with the hollow of centre, connecting fluid depressor on the internal perisporium of hollow shaft, hydraulic press is made up of oil cylinder, piston, oil cylinder cover and seal, securing member, and piston is made up of piston body and piston rod, has the oil transportation hole communicating with the interior sap cavity of oil cylinder at the end of oil cylinder, the outer shell of hydraulic clamping device is annular hydraulic jack, the body of outer shell is annular wall body, the inwall of the body of outer shell, to the structure of projecting inward annular, is called inward flange, and its outer shell adopts the structure of two inward flanges or the structure of three inward flanges of outer shell employing, in the time that outer shell adopts the structure of two inward flanges, its outer shell is single cylinder structure, two inward flanges lay respectively at top and the bottom of outer shell, be referred to as top inward flange and end inward flange, between the inwall of the body of its top inward flange, end inward flange and outer shell, form the cylinder inner chamber of annular, the center line of body, cylinder inner chamber and the outer shell of two inward flange, outer shell is on same straight line, the body of outer shell has the oil transportation hole of the body that penetrates outer shell, the collar extension in oil transportation hole connects port connection, and oil transportation hole communicates with cylinder inner chamber, hollow shaft packs in the middle circular hole of two inward flanges of outer shell, hollow shaft adopts rotatory sealing to be connected respectively and between two inward flanges of outer shell, be that hollow shaft arranges rotary sealing mechanism respectively and between two inward flanges of outer shell, make to form between the cylinder inner chamber of hollow shaft and outer shell the annular sap cavity of sealing, rotary sealing mechanism is realized rotatory sealing by rotating seal ring, the internal diameter of the middle circular hole of its top inward flange is greater than the internal diameter of the middle circular hole of end inward flange, structure to projecting inward annular respectively on the inner peripheral wall of top inward flange and end inward flange, for top sealing inward flange and end sealing inward flange, the center line of top sealing inward flange and end sealing inward flange and outer shell is on same straight line, the top sealing lateral surface of inward flange and the inner peripheral wall of top inward flange intersect vertically, the end sealing medial surface of inward flange and the inner peripheral wall of end inward flange intersect vertically, the internal diameter of the middle circular hole of top sealing inward flange is more than or equal to the internal diameter of the middle circular hole of end inward flange, hollow shaft and outer shell adapt, the structure of outwardly two annulars on its outer circle wall, it is for pushing up outer bead and bead at the end, the center line of two outer beads and hollow shaft is on same straight line, push up outer bead and the structure of outwardly annular respectively on the outer circle wall of bead at the end, for the top outer bead of sealing and the outer bead of end sealing, the top outer bead of sealing and the outer bead of end sealing, the center line of hollow shaft is on same straight line, the medial surface of the outer bead of top sealing intersects vertically with the outer circle wall of the outer bead in top, the lateral surface of the outer bead of end sealing and at the end the outer circle wall of bead intersect vertically, the external diameter of the outer bead of top sealing equals the internal diameter of the middle circular hole of top inward flange, the external diameter of the outer bead in top equals the internal diameter of the middle circular hole of top sealing inward flange, the external diameter of the outer bead of end sealing equals the internal diameter of the middle circular hole of end inward flange, , the external diameter of bead equals the internal diameter of the middle circular hole of end sealing inward flange at the end, distance between the lateral surface of the medial surface of the outer bead of top sealing and the outer bead of end sealing equals the distance between the lateral surface of top sealing inward flange and the medial surface of end sealing inward flange, on the inner peripheral wall of top inward flange and end inward flange, there is respectively the rotatory sealing groove of annular, in two rotatory sealing groove, there is respectively rotating seal ring, push up outer bead and at the end on the outer circle wall of bead respectively cover connect rotating seal ring, hollow shaft packs into respectively top inward flange, top sealing inward flange, end inward flange, the middle circular hole of end sealing inward flange, rotatory sealing snare in the top sealing outer circle wall of outer bead and the inner peripheral wall of top inward flange and rotatory sealing groove connects, the lateral surface of the medial surface of the outer bead of top sealing and top sealing inward flange overlaps rotating seal ring even on the outer circle wall of the outer bead in companys of pressing top respectively, the outer circle wall cover of the outer bead in top connects the inner peripheral wall of top sealing inward flange, rotatory sealing snare in the end sealing outer circle wall of outer bead and the inner peripheral wall of end inward flange and rotatory sealing groove connects, the medial surface of the lateral surface of the outer bead of end sealing and end sealing inward flange overlaps respectively the rotating seal ring of company outside companys of the pressing end on the outer circle wall of bead, , the outer circle wall of bead cover connects the inner peripheral wall of end sealing inward flange at the end, make to form between the cylinder inner chamber of hollow shaft and outer shell the annular sap cavity of sealing, the interior structure that adopts the structure of a pair of hydraulic press or adopt multipair hydraulic press of hollow shaft, in the time adopting the structure of a pair of hydraulic press in hollow shaft, two hydraulic presses are relatively fixedly connected on respectively on the internal perisporium of hollow shaft, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on the internal perisporium of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two hydraulic press is on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, the oil transportation hole of hollow shaft communicates with the annular sap cavity of sealing, hollow internal orifice in the middle of hollow shaft total petroleum pipeline that is tightly connected is led in oil transportation hole, total petroleum pipeline separates two petroleum pipelines, total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of oil cylinder of two corresponding hydraulic presses on the internal perisporium of hollow shaft of a petroleum pipeline, in the time that hollow shaft adopts the structure of multipair hydraulic press, four or more hydraulic press is relatively fixedly connected on respectively on the internal perisporium of hollow shaft between two, two relative hydraulic presses are a pair of two relative hydraulic presses, it is each identical with the internal perisporium syndeton of hollow shaft to two relative hydraulic presses, the internal perisporium syndeton of relative two hydraulic presses and hollow shaft is, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on the internal perisporium of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two hydraulic press is on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, the oil transportation hole of hollow shaft communicates with the annular sap cavity of sealing, the oil transportation hole of hollow shaft lead to hollow internal orifice in the middle of hollow shaft total petroleum pipeline that is tightly connected, total petroleum pipeline separates many petroleum pipelines, the quantity of its petroleum pipeline is identical with the quantity of the hydraulic press on the internal perisporium of hollow shaft, and total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of the oil cylinder of each corresponding hydraulic press on the internal perisporium of hollow shaft of a petroleum pipeline.In the time that outer shell adopts the structure of three inward flanges, its outer shell is two cylinder structures, two inward flanges lay respectively at top and the bottom of outer shell, be referred to as top inward flange and end inward flange, middle inward flange is positioned at the middle part of outer shell, inward flange in the middle of being referred to as, its top inward flange, middle inward flange, between the inwall of the body of end inward flange and outer shell, form the cylinder inner chamber of two annulars, the center line of its three inward flanges is on same straight line, inward flange, the body of outer shell, the center line of cylinder inner chamber and outer shell is on same straight line, the body of outer shell has two oil transportation holes that independently penetrate separately the body of outer shell, an oil transportation hole communicates with a cylinder inner chamber of outer shell, another oil transportation hole communicates with another cylinder inner chamber of outer shell, the collar extension in each oil transportation hole connects respectively port connection, hollow shaft packs in the middle circular hole of three inward flanges of outer shell, hollow shaft adopts rotatory sealing to be connected respectively and between three inward flanges of outer shell, be that hollow shaft arranges rotary sealing mechanism respectively and between three inward flanges of outer shell, make hollow shaft respectively and two cylinder inner chambers of outer shell between form two annular sap cavities independently of sealing, rotary sealing mechanism is realized rotatory sealing by rotating seal ring, the internal diameter of the middle circular hole of inward flange in the middle of the internal diameter of the middle circular hole of its top inward flange is greater than, in the middle of it, the internal diameter of the middle circular hole of inward flange is greater than the internal diameter of the middle circular hole of end inward flange, top inward flange, structure to projecting inward annular respectively on the inner peripheral wall of middle inward flange and end inward flange, for top sealing inward flange, intermediate seal inward flange and end sealing inward flange, the top sealing lateral surface of inward flange and the inner peripheral wall of top inward flange intersect vertically, the side of the adjacent top of intermediate seal inward flange inward flange and the inner peripheral wall of middle inward flange intersect vertically, the end sealing medial surface of inward flange and the inner peripheral wall of end inward flange intersect vertically, top sealing inward flange, the center line of intermediate seal inward flange and end sealing inward flange and outer shell is on same straight line, the internal diameter of the middle circular hole of inward flange in the middle of the internal diameter of the middle circular hole of top sealing inward flange is more than or equal to, the internal diameter of the middle circular hole of intermediate seal inward flange is more than or equal to the internal diameter of the middle circular hole of end inward flange, hollow shaft and outer shell adapt, the structure of outwardly three annulars on its outer circle wall, it is the outer bead in top, middle outer bead and bead at the end, three outer beads, the center line of hollow shaft is on same straight line, the structure of the outwardly annular of difference on the outer circle wall of three outer beads, for the outer bead of top sealing, the outer bead of intermediate seal and the outer bead of end sealing, the medial surface of the outer bead of top sealing intersects vertically with the outer circle wall of the outer bead in top, , the side of bead intersects vertically with the outer circle wall of middle outer bead at the outer adjacent end of bead of intermediate seal, the lateral surface of the outer bead of end sealing and at the end the outer circle wall of bead intersect vertically, the outer bead of top sealing, the outer bead of intermediate seal and the outer bead of end sealing, the center line of hollow shaft is on same straight line, the external diameter of the outer bead of top sealing equals the internal diameter of the middle circular hole of top inward flange, the external diameter of the outer bead in top equals the internal diameter of the middle circular hole of top sealing inward flange, the internal diameter of the middle circular hole of inward flange in the middle of the external diameter of the outer bead of intermediate seal equals, the external diameter of middle outer bead equals the internal diameter of the middle circular hole of intermediate seal inward flange, the external diameter of the outer bead of end sealing equals the internal diameter of the middle circular hole of end inward flange, , the external diameter of bead equals the internal diameter of the middle circular hole of end sealing inward flange at the end, distance at the medial surface of the outer bead of top sealing and the outer adjacent end of bead of intermediate seal between the side of bead equals to push up the distance between the side of lateral surface top adjacent with the intermediate seal inward flange inward flange that seals inward flange, distance between the side of the adjacent top of intermediate seal inward flange inward flange and end sealing inward flange medial surface equals the distance between the side of bead at the outer adjacent end of bead of intermediate seal and the lateral surface of the outer bead of end sealing, top inward flange, on the inner peripheral wall of middle inward flange and end inward flange, there is respectively the rotatory sealing groove of annular, in its three rotatory sealing grooves, there is respectively rotating seal ring, push up outer bead, middle outer bead and overlap respectively company's rotating seal ring on the outer circle wall of bead at the end outside, hollow shaft packs into respectively top inward flange, top sealing inward flange, middle inward flange, intermediate seal inward flange, end inward flange, in rotating seal ring in middle circular hole and three rotatory sealing grooves of end sealing inward flange, in the top sealing outer circle wall of outer bead and the inner peripheral wall of top inward flange and rotatory sealing groove, rotating seal ring cover connects, the lateral surface of the medial surface of the outer bead of top sealing and top sealing inward flange overlaps rotating seal ring even on the outer circle wall of the outer bead in companys of pressing top respectively, the outer circle wall cover of the outer bead in top connects the inner peripheral wall of top sealing inward flange, in the outer outer circle wall of bead of intermediate seal and the inner peripheral wall of middle inward flange and rotatory sealing groove, rotating seal ring cover connects, the rotating seal ring connecting is overlapped on the outer circle wall of outer bead in the middle of companys of pressing respectively in the side of top adjacent with intermediate seal inward flange, the side inward flange of the outer bead in the outer adjacent end of bead of intermediate seal, the outer circle wall cover of middle outer bead connects the inner peripheral wall of intermediate seal inward flange, in the end sealing outer circle wall of outer bead and the inner peripheral wall of end inward flange and rotatory sealing groove, rotating seal ring cover connects, the medial surface of the lateral surface of the outer bead of end sealing and end sealing inward flange overlaps respectively the rotating seal ring of company outside companys of the pressing end on the outer circle wall of bead, , the outer circle wall of bead cover connects the inner peripheral wall of end sealing inward flange at the end, make to form between the cylinder inner chamber of hollow shaft and outer shell the annular sap cavity of two sealings, hollow shaft has corresponding with the annular sap cavity of two sealings two oil transportation holes independently separately, an oil transportation hole correspondence communicates with the annular sap cavity of a sealing, another oil transportation hole is corresponding to communicate with the annular sap cavity of another sealing, and centre hollow of hollow shaft led to respectively in two oil transportation holes of hollow shaft, on the internal perisporium of hollow shaft, adopt the structure that adopts multipair hydraulic press on the structure of a pair of hydraulic press or the internal perisporium of hollow shaft, the oil cylinder of its hydraulic press adopting is stamped the oil transportation hole communicating with the interior sap cavity of oil cylinder, in the time adopting the structure of a pair of hydraulic press on the internal perisporium of hollow shaft, on the internal perisporium of hollow shaft, be fixedly connected with a pair of two relative hydraulic presses, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on the internal perisporium of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two hydraulic press on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, the hollow internal orifice of the centre of leading to hollow shaft in an oil transportation hole of its hollow shaft total petroleum pipeline that is tightly connected, total petroleum pipeline separates two petroleum pipelines, total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of oil cylinder of two corresponding hydraulic presses on the internal perisporium of hollow shaft of a petroleum pipeline, the hollow internal orifice of the centre of leading to hollow shaft in another oil transportation hole of its hollow shaft another total petroleum pipeline that is tightly connected, another total petroleum pipeline separates two petroleum pipelines, another total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole on the oil cylinder cover of two corresponding hydraulic presses on the internal perisporium of hollow shaft of petroleum pipeline, in the time adopting the structure of multipair hydraulic press on the internal perisporium of hollow shaft, on the internal perisporium of hollow shaft, be fixedly connected with multipair two relative hydraulic presses, the hydraulic press that is four or more is relatively fixedly connected on respectively on the internal perisporium of hollow shaft between two, two relative hydraulic presses are a pair of two relative hydraulic presses, its each relative internal perisporium syndetons two hydraulic presses and hollow shaft are identical, relative internal perisporium syndetons two hydraulic presses and hollow shaft are, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on the internal perisporium of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two relative hydraulic presses is on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, an oil transportation hole of its hollow shaft lead to hollow internal orifice in the middle of the hollow shaft total petroleum pipeline that is tightly connected, its total petroleum pipeline separates many petroleum pipelines, the quantity of its petroleum pipeline is identical with the quantity of the hydraulic press on the internal perisporium of hollow shaft, and total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole on the oil cylinder cover of each corresponding hydraulic press on the internal perisporium of hollow shaft of a petroleum pipeline, another oil transportation hole of its hollow shaft lead to hollow internal orifice in the middle of hollow shaft another total petroleum pipeline that is tightly connected, its another total petroleum pipeline separates many petroleum pipelines, the quantity of its petroleum pipeline is identical with the quantity of the hydraulic press on the internal perisporium of hollow shaft, and another total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of the oil cylinder of each corresponding hydraulic press on the internal perisporium of hollow shaft of petroleum pipeline.Between the hollow shaft of hydraulic clamping device and outer shell, have fastening structure, its fastening structure adopts bearing jointing structure or adopts steel ball syndeton, in the time adopting bearing jointing structure, difference connection bearing in the hollow shaft of outer shell both sides, its outer shell both sides are corresponding fixed installation connecting bushing respectively, and its two bearings is installed on respectively in corresponding axle sleeve, and securing member is fixedly connected with axle sleeve, in the time adopting steel ball syndeton, the structure of outwardly annular on the outer circle wall of hollow shaft one end, for outside bead, the center line of outside bead, hollow shaft is on same straight line, outside bead is vertical with the center line of hollow shaft, below the bead of outside, there is the cannelure around hollow shaft, on the outer circle wall of the hollow shaft other end, have external screw thread, in the time adopting outside outwardly two outside bead or outwardly three bead structure on hollow shaft outer circle wall, its outside bead is positioned at the outside of the outer bead in top and is connected to form an entirety with the outer bead in top,, outside bead, on the outer circle wall of hollow shaft, has external screw thread at the end, on the top inward flange of outer shell both sides and the lateral surface of end inward flange, there is respectively the cannelure around the middle circular hole of two inward flanges, the center line of its two cannelure is on same straight line, hollow shaft is inserted in the middle circular hole of two inward flanges of outer shell and rotatory sealing connects or hollow shaft is inserted in middle the circular hole of three inward flanges of outer shell and rotatory sealing connection, the notch of a cannelure on outer shell is relative with the notch of the cannelure below bead outside hollow shaft, the other end connecting ring body of hollow shaft, in the middle of annular solid, the internal perisporium of circular hole is internal thread, on annular solid one side plane, there is cannelure, on the outer circle wall of hollow shaft, external screw thread screws and is connected with the internal thread of circular hole in the middle of annular solid, the notch of another cannelure on outer shell is relative with the notch of the cannelure on annular solid one side plane, in the relative cannelure of two notches, some steel balls are installed, steel ball is tangent the leaning in the interior end of the cannelure relative with two notches respectively, and annular solid is outward by company's clamp nut, and the internal thread of clamp nut screws and is connected with external screw thread on the outer circle wall of hollow shaft, the piston rod top of the hydraulic press of hydraulic clamping device is fixedly connected with stationary slip, stationary slip adopts indirect connection structure or direct syndeton, in the time that stationary slip adopts indirect connection structure, stationary slip is divided into slip insert and slip spider, slip spider outer wall is fixedly connected with piston rod top, slip spider inwall is fixedly connected with slip insert, has locking asperities on slip insert endosexine, in the time that stationary slip adopts direct syndeton, stationary slip is as a whole, and stationary slip outer wall directly connects piston rod top, has locking asperities on stationary slip endosexine, the be tightly connected hydraulic oil pipeline of hydraulic system of port connection on the outer shell of hydraulic clamping device.Main body mechanism comprises hydraulic clamping device, equipment mechanism, lifting gear, drive unit, transmission device.Equipment mechanism is the frame construction of equipment hydraulic clamping device, drive unit, transmission device; Equipment mechanism by taking over a business, link, equipment frame connect and compose; Taking over a business is supporting disk, and link is rectangular framework, and equipment frame is support and connection frameworks; On a pair of two relative frame bars of link, have respectively chute, another beneath face to two relative frame bars is connected with respectively a pair of sliding card; Take over a business above to connect link, it takes over a business above to have the chute adapting with the sliding card of two couples of link, and card that is sliding two couple of link is installed into respectively in the chute that the sliding card of two couple above and link adapts; Above link, connect equipment frame,, have the sliding card of two couple who adapts with the chute of link at the end of equipment frame, sliding two couple at the end of equipment frame card is installed into respectively in the chute of link; Be positioned at after certain position when an equipment frame is moved to regulate, make, be fixedly connected with between link, equipment frame with securing member.Lifting gear adopts the structure of hydraulic lifting, realize lifting by hydraulic pressure lifting device, the hydraulic pressure lifting device of main body mechanism connects respectively the chassis of taking over a business of equipment mechanism above and pile driver below, and hydraulic pressure lifting device is made up of piston, cylinder barrel, cover and seal, securing member, hydraulic pressure lifting device with the syndeton being connected between the chassis of pile driver below of taking over a business of equipment mechanism is above respectively, and the top of the piston rod of its piston takes over a business to be fixedly connected with equipment mechanism, and the end of cylinder barrel is fixedly connected with the chassis of pile driver, be that the end of its cylinder barrel and the top of piston rod are respectively flange arrangement, be referred to as the end flange arrangement of cylinder barrel and the top flange arrangement of piston rod, on the chassis of pile driver, there is the connecting hole corresponding with the end flange arrangement of cylinder barrel, in equipment the taking over a business of mechanism, there is the connecting hole corresponding with the top flange arrangement of piston rod, the end flange arrangement of cylinder barrel is fixedly connected with bolt respectively with top flange arrangement and the taking over a business between corresponding connecting hole of mechanism of equipment of connecting hole corresponding on the chassis of pile driver and piston rod, the center line of its piston rod respectively with take over a business vertical with chassis, lifting gear adopt syndeton that hydraulic pressure lifting device is connected between the chassis of pile driver below with taking over a business of equipment mechanism above respectively or lifting gear adopt multiple hydraulic pressure lifting devices respectively with the syndeton being connected between the chassis of pile driver below of taking over a business of equipment mechanism above, when lifting gear adopt hydraulic pressure lifting device respectively with equipment mechanism above take over a business and below the chassis of pile driver between be connected syndeton time, its lifting gear is also provided with stabilization works, its stabilization works is to be connected in the structure between equipment mechanism and the chassis of pile driver with stabilizing leg, and it adopts a stabilizing leg to be connected in the syndeton between equipment mechanism and the chassis of pile driver or adopts multiple stabilizing legs to be connected in the syndeton between equipment mechanism and the chassis of pile driver, stabilizing leg adopts retractable connection structure, its by expansion link, stablize sleeve pipe and be interconnected to constitute, expansion link is long straight-bar, is inserted in and stablizes in sleeve pipe, and expansion link is closely connected with stable sleeve pipe, the syndeton that stabilizing leg is connected between equipment mechanism and chassis is, the top of its expansion link, the end of stablizing sleeve pipe, is all flange arrangement, equipment mechanism take over a business and the chassis of pile driver respectively to there being the connecting hole adapting with the top flange arrangement of expansion link and the end flange arrangement of stable sleeve pipe, making to equip taking over a business with the top of expansion link of mechanism with securing member is fixedly connected with, be to be fixedly connected with bolt between the top flange arrangement of expansion link and the connecting hole that adapts of top that take over a business and expansion link flange arrangement of equipment mechanism, the chassis of pile driver and the end of stable sleeve pipe, are fixedly connected with securing member, stablize between the connecting hole that the end flange arrangement of sleeve pipe and end chassis and stable sleeve pipe the flange arrangement of pile driver adapt and be fixedly connected with bolt, expansion link, stablize the center line of sleeve pipe on same straight line, its center line is vertical with taking over a business of equipment mechanism with the chassis of pile driver respectively, and in the time that lifting gear adopts multiple stabilizing legs to be connected in the syndeton between equipment mechanism and chassis, multiple stabilizing legs are uniformly distributed in the inner side of taking over a business periphery below, in the time of lifting equipment mechanism, its stabilizing leg can be stablized equipment mechanism.And when lifting gear adopt multiple hydraulic pressure lifting devices respectively with equipment mechanism above take over a business and below the chassis of pile driver between be connected syndeton time, the center line of each hydraulic pressure lifting device is parallel to each other, and respectively with equipment mechanism take over a business and the chassis of pile driver vertical, its multiple hydraulic pressure lifting devices are uniformly distributed in the inner side of taking over a business periphery below.Drive unit is made up of motor, reductor, motor and reductor are mounted on equipment frame, motor is connected in Circuits System, motor is connected with reductor, be that machine shaft is fixedly connected with the power shaft of reductor, the output shaft of its reductor stretch out in equipment frame above, the center line of output shaft respectively with take over a business vertical with chassis.On equipment frame, install and connect hydraulic clamping device, drive unit connects the hollow shaft of hydraulic clamping device by transmission device.On equipment frame, install and connect a hydraulic clamping device or equip on frame and install and connect multiple hydraulic clamping devices, in the time a hydraulic clamping device of connection being installed on equipment frame, equipment frame is installed and is connected a transmission device; In the time the multiple hydraulic clamping device of connection being installed on equipment frame, the corresponding installation of equipment frame connects multiple transmission devices.Transmission device is gear transmission structure, driving gear is connected on the output shaft of reductor, the center line of its driving gear, output shaft is on same straight line, driven gear is arranged on hydraulic clamping device, be to be fixedly connected with driven gear in the hollow shaft of hydraulic clamping device, the center line of hollow shaft, driven gear is on same straight line, and its driving gear, driven gear are all positioned at above equipment frame, transmission device adopts the three tooth syndetons that adopted driving gear, idler gear, driven gear by two tooth syndetons of driving gear and driven gear or transmission device, in the time that transmission device adopts three tooth syndeton of driving gear, idler gear, driven gear, idler gear is connected on jackshaft, its jackshaft is connected on equipment frame, it adopts bearing jointing structure, be on jackshaft, to connect two bearings, on its equipment frame, install and connect two axle sleeves, its two bearings is installed on respectively in corresponding axle sleeve, its driving gear, idler gear, driven gear are all positioned at above equipment frame, and the center line of jackshaft is parallel with the center line of output shaft, when installing and connect a hydraulic clamping device on equipment frame, drive unit connects separately the hollow shaft of a hydraulic clamping device by a transmission device, and transmission device is while adopting two tooth syndeton of driving gear and driven gear, the tooth of driving gear is connected in mutual meshing connection of tooth of the driven gear on hydraulic clamping device with it, when installing and connect a hydraulic clamping device on equipment frame, drive unit connects separately the hollow shaft of a hydraulic clamping device by a transmission device, and transmission device is while adopting three tooth syndeton of driving gear, idler gear, driven gear, the tooth of idler gear respectively with the tooth of driving gear, mutual meshing connection of tooth of driven gear, in the time the multiple hydraulic clamping device of connection being installed on equipment frame, separate connection between the hollow shaft of transmission device and hydraulic clamping device, drive unit, transmission device of independent corresponding connection between the hollow shaft that its separate connection refers to a hydraulic clamping device and drive unit, its transmission device is not connected with the hollow shaft of other hydraulic clamping device, separate structure between its each transmission device, in the time the multiple hydraulic clamping device of connection being installed on equipment frame, the hollow shaft of transmission device and hydraulic clamping device, separate connection between drive unit, and transmission device is while adopting two tooth syndeton of driving gear and driven gear, on the output shaft of reductor, install and connect multiple driving gears, the center line of driving gear respectively with the center line of output shaft on same straight line, in the hollow shaft of each hydraulic clamping device, be fixedly connected with separately respectively a driven gear, the center line of the driven gear that the hollow shaft of hydraulic clamping device is fixedly connected with separately with it is on same straight line, its all driving gears, driven gear is all positioned at above equipment frame, wherein, the tooth of a driving gear separately with mutual meshing connection of tooth of a driven gear, and other driving gear is independent and its corresponding driven gear between adopt chain separate connection, when installing and connect multiple hydraulic clamping devices on equipment frame, the hollow shaft of transmission device and hydraulic clamping device, separate connection between drive unit, and transmission device adopts driving gear, idler gear, when three tooth syndeton of driven gear, on the output shaft of reductor, install and connect multiple driving gears, the center line of each driving gear respectively with the center line of output shaft on same straight line, in the hollow shaft of each hydraulic clamping device, be fixedly connected with separately respectively a driven gear, the center line of the hollow shaft of hydraulic clamping device with the center line of the driven gear being fixedly connected with separately with it on same straight line, its all driving gears, driven gear is all positioned at above equipment frame, idler gear and driving gear, separate connection between driven gear, its separate connection refers to the independent corresponding idler gear that connects of a driving gear, an independent corresponding structure that connects a driven gear of idler gear, idler gear and jackshaft independent corresponding connection separately separately, its independent corresponding connection refers to the independent corresponding jackshaft that connects of an idler gear, its jackshaft does not connect the structure of other idler gear, the center line of its each jackshaft is parallel to each other, its separately independently jackshaft respectively by bearing jointing structure be connected in equipment frame on, the mutual meshing connection of tooth of the tooth independence of idler gear and corresponding driving gear, wherein, the tooth independence of an idler gear and mutual meshing connection of tooth of an one driven gear, between other the idler gear driven gear corresponding with it by the corresponding connection of linked gear, with other separately installation connection linked gear on the jackshaft of corresponding connections of idler gear, the center line of the center line of the idler gear on same jackshaft and the center line of linked gear and jackshaft is on same straight line, linked gear adopts chain separate connection separately and between its corresponding driven gear.Above the hydraulic clamping device that on its equipment frame, installation connects or multiple hydraulic clamping device are positioned at, between its hydraulic clamping device and equipment frame, adopt direct syndeton or adopt sliding connection structure.In the time adopting direct syndeton between hydraulic clamping device and equipment frame, the outer shell of hydraulic clamping device is directly fixedly connected with equipment frame by connecting rod.In the time adopting sliding connection structure between hydraulic clamping device and equipment frame, hydraulic clamping device connecting pin underframe, under sole frame, face is connected with two pairs of sliding cards; On at the bottom of sole frame, adopt connecting structure for supporting rod or on sole frame, adopt pedestal syndeton; When adopt connecting structure for supporting rod at the bottom of sole frame time, connect respectively multiple support bars above at the bottom of sole frame, multiple support bars connect respectively the outer shell of hydraulic clamping device; When adopt pedestal syndeton on sole frame time, above sole frame, connect two pedestals, two pedestals are relative, two pedestal tops are fixedly connected with respectively axle sleeve, difference connecting axle on the both sides of the outer shell of hydraulic clamping device, difference connection bearing on its relative diaxon, two bearings is installed on respectively in two axle sleeves.When installing and connect a hydraulic clamping device on equipment frame, while adopting sliding connection structure between hydraulic clamping device and equipment frame, on equipment frame, two chutes are set, under sole frame, the sliding card of two couple of face overlaps respectively in two chutes that are clipped in above equipment frame, makes to be fixedly connected with between sole frame, equipment frame with securing member, in the time the multiple hydraulic clamping device of connection being installed on equipment frame, while adopting sliding connection structure between hydraulic clamping device and equipment frame, independent corresponding connection link between sole frame and equipment frame, its independent corresponding connection refers to the independent corresponding link that connects of a sole frame, its link is not connected with other sole frame, disjunct structure between each link, its link is independent to be connected with equipment frame, its each be connected in the structure of sole frame and the link of equipment between frame identical and and be connected in equipment frame and take over a business between the structure of link identical, under sole frame, the sliding card of two couple of face puts in respectively in the chute of link of connection corresponding to it, equipment arrange above frame respectively with each link under the chute that adapts of the sliding card of two couples of face, the sliding card of two couples of each link overlaps separately respectively and is clipped in chute corresponding above equipment frame, its each hydraulic clamping device can be adjusted position on installing rack like this, after its location positioning, make sole frame with securing member, link, between equipment frame, be fixedly connected with, and adopt pedestal syndeton above sole frame time, between hydraulic clamping device and equipment frame, be provided with fastening structure, on the other both sides of outer shell, connect respectively relative Zhou Dingti, below its fixed body, be plane, in its plane, have connecting hole, contiguous block is set, contiguous block have respectively connecting hole above and below, above it with fixed body by connect, below with equipment frame be connected, make it fixing by being fastenedly connected.Attached assemble mechanism is as ancillary equipment, is positioned at the top on the chassis of the below of taking over a business, the pile driver of main body mechanism, and attached assemble mechanism comprises hydraulic clamping device, frame construction, lifting structure; Its hydraulic clamping device being equipped on attached assemble mechanism is referred to as lower floor's hydraulic clamping device; Frame construction adopts the syndeton of telophragma, connecting frame, installing rack composition; Telophragma is support plate structure, and connecting frame is rectangular frame construction, and installing rack is support and connection frame constructions; On a pair of two relative frame bars of connecting frame, have respectively chute, another beneath face to two relative frame bars is connected with respectively a pair of sliding card; Above telophragma, connect connecting frame, above telophragma, have the chute adapting with the sliding card of two couple of connecting frame, card that is sliding two couple of connecting frame is installed in the chute that the sliding card of two couple above telophragma and connecting frame adapts; Connection frame above connecting frame, has the sliding card of two couple who adapts with the chute of connecting frame on installing rack, sliding two couple on installing rack card is installed in the chute of connecting frame.Lifting structure adopts hydraulic lifting structure, realize lifting by hydraulic pressure lifting device, syndeton or lifting structure that lifting structure adopts a hydraulic pressure lifting device to connect respectively the chassis of telophragma and pile driver adopt multiple hydraulic pressure lifting devices to be connected respectively the syndeton on the chassis of telophragma and pile driver; The syndeton that hydraulic pressure lifting device connects respectively the chassis of telophragma and pile driver is, the top of the piston rod of the piston of hydraulic pressure lifting device is fixedly connected with telophragma, and the end of cylinder barrel is fixedly connected with the chassis of pile driver; Be that the end of its cylinder barrel and the top of piston rod are respectively flange arrangement, be referred to as the end flange arrangement of cylinder barrel and the top flange arrangement of piston rod, on the chassis of pile driver, there is the connecting hole corresponding with the end flange arrangement of cylinder barrel, on telophragma, there is the connecting hole corresponding with the top flange arrangement of piston rod, between connecting hole corresponding to the top flange arrangement of the end flange arrangement of cylinder barrel and connecting hole corresponding on the chassis of pile driver and piston rod and telophragma, be fixedly connected with bolt respectively; The center line of its piston rod is vertical with chassis with telophragma respectively; In the time adopting a hydraulic pressure lifting device to connect respectively the syndeton on chassis of telophragma and pile driver, the center line of hydraulic pressure lifting device respectively with telophragma, take over a business vertical, its lifting structure is also provided with stabilization works, and the structure of its stabilization works is identical with the structure of the stabilization works of main body mechanism; And in the time adopting multiple hydraulic pressure lifting devices to connect respectively the syndeton on chassis of telophragma and pile driver, the syndeton on chassis that each hydraulic pressure lifting device connects respectively telophragma and pile driver is identical, the center line of each hydraulic pressure lifting device is parallel to each other, and vertical with telophragma, chassis respectively, its multiple hydraulic pressure lifting devices are uniformly distributed in the inner side of the telophragma periphery below telophragma.Attached assemble mechanism adopts simple lifting structure or adopts rotation and lifting structure, and simple lifting structure is simple lifting structure, and rotation and lifting structure comprises lifting structure, drive mechanism, attached assemble mechanism adapts to main body mechanism, installs and connect lower floor's hydraulic clamping device on installing rack, on installing rack, install to connect on lower floor's hydraulic clamping device or installing rack and install and connect multiple lower floors hydraulic clamping device, when attached assemble mechanism adopts simple lifting structure, on equipment frame, install while connecting a hydraulic clamping device, on installing rack, install and connect lower floor's hydraulic clamping device, the outer shell of lower floor's hydraulic clamping device is connected and fixed on the upper of installing rack, hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, be positioned at after certain position when installing rack being moved regulate, make to equip the center line of lower floor's hydraulic clamping device that the center line of the hydraulic clamping device on frame is corresponding with its arrangement on same straight line, and and telophragma, take over a business vertical, make telophragma with securing member, connecting frame, between installing rack, be fixedly connected with, in the time that the multiple lower floors of connection hydraulic clamping device is installed on installing rack, between lower floor's hydraulic clamping device on telophragma and installing rack, adopt lower floor's sliding connection structure, lower floor's sliding connection structure is on the hydraulic clamping device of lower floor, to connect footing frame, multiple supports are installed on footing frame, multiple cantilever tip are fixedly connected with respectively the outer shell of lower floor's hydraulic clamping device, below footing frame, be connected with two pairs of sliding cards, independent corresponding connection connecting frame between footing frame and installing rack, its independent corresponding connection refers to the independent corresponding connecting frame that connects of a footing frame, its connecting frame is not connected with other sole frame, disjunct structure between each connecting frame, its connecting frame is independent to be connected with installing rack, the sliding card of two couples below footing frame puts in respectively in the corresponding chute of connecting frame of connection corresponding to it, the chute adapting with the sliding card of two couples of the beneath face of each connecting frame is set respectively on installing rack, and the sliding card of two couples of each connecting frame respectively cover is clipped in the chute adapting above installing rack, when attached assemble mechanism adopts simple lifting structure, on equipment frame, install and connect multiple hydraulic clamping devices, on installing rack, install while connecting multiple lower floors hydraulic clamping device, between lower floor's hydraulic clamping device on telophragma and installing rack, adopt lower floor's sliding connection structure, lower floor's hydraulic clamping device above installing rack is corresponding with the hydraulic clamping device above equipment frame, be that lower floor's hydraulic clamping device above installing rack is identical with the hydraulic clamping device quantity above equipment frame, corresponding one by one, hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, the outer shell of lower floor's hydraulic clamping device is connected in the upper of installing rack by footing frame, connecting frame, be positioned at after certain position when installing rack being moved regulate, regulate the position of each lower floor's hydraulic clamping device, make the center line of the hydraulic clamping device above equipment frame that the center line of its lower floor's hydraulic clamping device above installing rack is corresponding with its arrangement on same straight line, and with telophragma, take over a business vertically, then make to be fixedly connected with between connecting frame that telophragma, connecting frame, installing rack and footing frame and footing frame be connected, lower floor's hydraulic clamping device with securing member, in the time that attached assemble mechanism adopts rotation and lifting structure, attached assemble mechanism also comprises drive mechanism, drive mechanism comprises telescopic shaft, lower floor's driving gear, lower floor's driven gear, telescopic shaft is the two square straight tubes stretching structure that connects or many square straight tubes stretching structures that connect that are nested that are nested, in the time that telescopic shaft adopts two square straight tubes to be nested the stretching structure connecting, the inner square straight tube of telescopic shaft is that interior bar, outside square straight tube are outer tube, and the top of interior bar is flange arrangement, and interior bar is closely connected in outer tube, interior bar can stretch in outer tube, can not in outer tube, rotate, in the time that telescopic shaft adopts many square straight tubes to be nested the stretching structure connecting, the inner square straight tube of telescopic shaft is interior bar, middle square straight tube is intermediate casing, outside square straight tube is outer tube, the top of interior bar is flange arrangement, interior bar is connected in intermediate casing, intermediate casing is connected in outer tube, interior bar, intermediate casing flexible, can not in outer tube, rotate, interior bar in the outer end square opening of intermediate casing, pack into one end in intermediate casing have pros fasten connection, the width of outer square card is identical with intermediate casing inner width, in it, an outside of the outer square card of bar is parallel with a lateral surface of interior bar, in it, the outer square cutting ferrule of bar enters in intermediate casing, square card in fixed installation in the outer end square opening of its intermediate casing, width in it in square card is identical with interior bar width, an inner face in it in square card is parallel with a lateral surface of intermediate casing, in it, pros are fastened on interior bar, intermediate casing in the outer end square opening of outer tube, pack into one end in outer tube have pros fasten connection, the width of outer square card is identical with outer tube inner width, one outside of the outer square card of its intermediate casing is parallel with a lateral surface of intermediate casing, the outer square cutting ferrule of its intermediate casing enters in outer tube, square card in fixed installation in the outer end square opening of its outer tube, width in it in square card is identical with intermediate casing width, an inner face in it in square card is parallel with a lateral surface of outer tube, and in it, pros are fastened on intermediate casing.On installing rack, install and connect lower floor's hydraulic clamping device, drive mechanism connects the hollow shaft of lower floor's hydraulic clamping device.When three tooth syndetons of hydraulic clamping device of connection and transmission device employing driving gear, idler gear, driven gear are installed on equipment frame, and attached assemble mechanism is while adopting rotation and lifting structure, installing rack connection for transmission structure and lower floor's hydraulic clamping device, on installing rack, install and connect lower floor's hydraulic clamping device, lower floor's hydraulic clamping device connection for transmission structure, the bottom of outer tube is connected in above installing rack, and it adopts bearing and axle sleeve syndeton, and the bottom cover connecting shaft of outer tube holds, and it fills corresponding axle sleeve above installing rack, bearing is installed in axle sleeve, jackshaft on the main body mechanism of top extends outside the axle sleeve below equipping on frame, and below extending and, the lower end that is positioned at below of jackshaft is flange arrangement, and the lower end flange arrangement of extending of the flange arrangement on the top of interior bar and jackshaft being taken over a business below by bolt is fixed together, lower floor's hydraulic clamping device outer shell be connected and fixed on installing rack above, hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, be positioned at after certain position when installing rack being moved regulate, make to equip the center line of lower floor's hydraulic clamping device that the center line of the hydraulic clamping device on frame is corresponding with its arrangement on same straight line, and with telophragma, take over a business vertically, make to be fixedly connected with between telophragma, connecting frame, installing rack with securing member, in its hollow shaft, be inserted in and connect lower floor's driven gear, lower floor's driving gear fixed cover is connected on the outer sleeve bottom of telescopic shaft, the connected telescopic shaft of center line of lower floor's driving gear and the center line of jackshaft are on same straight line, the center line of the hollow shaft of lower floor's hydraulic clamping device with the center line of the lower floor's driven gear being fixedly connected with its hollow shaft on same straight line, its lower floor's driving gear, lower floor's driven gear is all positioned at above installing rack, mutually meshing connection of tooth of the tooth of lower floor's driving gear and lower floor's driven gear, the center line of lower floor's driving gear is parallel with the center line of lower floor's driven gear, and respectively with take over a business vertical, when installing and connect multiple hydraulic clamping devices on equipment frame, transmission device adopts multiple driving gears, idler gear, three tooth syndetons of driven gear, and attached assemble mechanism is while adopting rotation and lifting structure, installing rack connects multiple drive mechanisms and multiple lower floors hydraulic clamping device, on installing rack, install and connect multiple lower floors hydraulic clamping device, lower floor's hydraulic clamping device connection for transmission structure on installing rack, on installing rack, connect multiple telescopic shafts, on installing rack, telescopic shaft is corresponding with jackshaft on equipment frame, be that on installing rack, telescopic shaft is identical with the jackshaft quantity on equipment frame, corresponding one by one, telescopic shaft is fixedly connected with the corresponding jackshaft on equipment frame, each telescopic shaft is connected to the upper of installing rack, the independent corresponding telescopic shaft that connects of jackshaft, difference Tao Lianyige lower floor driving gear on each telescopic shaft, the connected telescopic shaft of center line of lower floor's driving gear and the center line of jackshaft are on same straight line, on installing rack, connect multiple lower floors hydraulic clamping device, lower floor's hydraulic clamping device above installing rack is corresponding with the hydraulic clamping device above equipment frame, be that lower floor's hydraulic clamping device on installing rack is identical with the hydraulic clamping device quantity on equipment frame, corresponding one by one, hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, between lower floor's hydraulic clamping device and installing rack, adopt lower floor's sliding connection structure, lower floor's driven gear is mounted on lower floor's hydraulic clamping device, be to be fixedly connected with lower floor's driven gear in the hollow shaft of lower floor's hydraulic clamping device, the center line of the hollow shaft of lower floor's hydraulic clamping device is with the center line of the lower floor's driven gear being fixedly connected with its hollow shaft on same straight line, and its all lower floors driving gear, lower floor's driven gear are all positioned at above installing rack, each telescopic shaft is identical with the corresponding jackshaft fixed connection structure on equipment frame, the jackshaft on the equipment frame of top extends outside the axle sleeve below equipping on frame, and below extending and, the lower end that is positioned at below of jackshaft is flange arrangement, and the flange arrangement on the top of the interior bar of telescopic shaft and corresponding extending between the lower end flange arrangement of taking over a business below of jackshaft are bolted to connection, each telescopic shaft is identical with installing rack syndeton, the bottom that is the outer tube of telescopic shaft is connected in above installing rack, and it adopts bearing and axle sleeve syndeton, and the bottom cover connecting shaft of the outer tube of telescopic shaft holds, it fills corresponding axle sleeve above installing rack, bearing is installed in corresponding axle sleeve, in the hollow shaft of each lower floor's hydraulic clamping device, overlap respectively lower floor's driven gear of downlink connection, lower floor's driving gear fixed cover is connected on the outer sleeve bottom of telescopic shaft, the tooth correspondence of lower floor's driving gear and mutual meshing connection of tooth of one lower floor's driven gear, be on main body mechanism, to have the tooth of an idler gear and the mutual meshing syndeton of the tooth of a driven gear, the mutual meshing connection of tooth that hydraulic clamping device above the equipment frame that the tooth of the lower floor's driving gear on the telescopic shaft that the jackshaft that its idler gear connects connects connects with its driven gear is arranged the lower floor's driven gear on the lower floor's hydraulic clamping device above corresponding installing rack, between other lower floor's driving gear and its corresponding lower floor's driven gear, adopt chain separate connection, the center line of the hydraulic clamping device above the center line of its lower floor's hydraulic clamping device above installing rack equipment frame corresponding with its arrangement is on same straight line, be connected to two center lines of the hydraulic clamping device above the equipment frame on jackshaft and the connected telescopic shaft on same equipment frame and the lower floor's hydraulic clamping device above installing rack on same straight line, and and telophragma, take over a business vertical, make telophragma with securing member, connecting frame, between installing rack, be fixedly connected with, hydraulic system is installed above pile driver, and hydraulic pressure lifting device, hydraulic clamping device belong to a part for hydraulic system, and hydraulic system also comprises fluid power system, hydraulic control system.When the drilling rod of the drilling tool of equipping when the device of the console mode rotation and lifting drilling tool of pile driver is circular tube structure, attached assemble mechanism also comprises washing and brushing device, scraper, washing and brushing device comprises brushing tool and one or more hydraulic giant, it is positioned at below lower floor's hydraulic clamping device, the outer shell of lower floor's hydraulic clamping device is fixedly connected with respectively brushing tool and scraper and one or more hydraulic giant by fixed bar, water gunpoint faces drilling rod, hydraulic giant connects water pump by water-supply-pipe, and the brush of brushing tool overlays and connects drilling rod, scraper is by shell, elastic gum core, lid forms, the body of shell is annular wall body, it at the bottom of shell, is the structure to projecting inward annular by the inwall of wall body, it is positioned at wall body bottom, the lid of scraper is circular ring plate, the internal diameter of the middle circular hole at the bottom of shell is identical with the internal diameter of the middle circular hole of lid, elastic gum core is annular, elastic gum core is installed in shell, between lid and outer faucal, be fixedly connected with securing member, make the center line of middle circular hole at the bottom of shell and the center line of the middle circular hole of lid, the center line of scraper is on same straight line, the middle circular hole of the middle circular hole at the bottom of shell and lid adapts to the drilling tool of equipping, the internal diameter of the middle circular hole at the bottom of shell and the middle circular hole of lid is more than or equal to the internal diameter of the drilling rod of equipped drilling tool, scraper is positioned at below washing and brushing device, and the outer shell of lower floor's hydraulic clamping device is connected and fixed the shell of scraper by fixed bar, and the center line of lower floor's hydraulic clamping device and scraper is on same straight line, drilling rod cover connects scraper and elastic gum core thereof, in the time that drilling rod rotates upwards, by scraper, washing and brushing device clean the mud eliminating impurities on drilling rod.When drilling tool is sandwiched in hydraulic clamping device, open hydraulic control system like this, by hydraulic-driven, make the stationary slip that hydraulic press connects clamp drilling tool, and make its lifting, open motor simultaneously it is rotated, thereby realize rotation and lifting drilling tool.Lifting structure and hydraulic clamping device thereof on lifting gear on its main body mechanism and hydraulic clamping device thereof and attached match mechanism use simultaneously or are used alternatingly, when it is used alternatingly, make the rotation and lifting of the drilling tool that the hydraulic clamping device of the device of the console mode rotation and lifting drilling tool of pile driver clamps there is the inertia of company.The pile driver of the device of the console mode rotation and lifting drilling tool of equipment pile driver also arranges servicing unit, when the hydraulic clamping device on the main body mechanism of the device of the console mode rotation and lifting drilling tool of pile driver connects equipment frame by sole frame, when it adopts pedestal syndeton above sole frame, servicing unit comprises hoist engine, wire rope, in the time that being installed, drilling tool first securing member is dismantled, dismantle contiguous block, rotational hydraulic binding clasp, is inserted in drilling tool in hydraulic clamping device, on spool on the reductor of hoist engine, cover connects scroll, on spool on the reductor of hoist engine, cover connects a scroll or even multiple scrolls of cover, between scroll and spool, be connected arrangement of clutch, in the time overlapping multiple scroll on the spool on the reductor of hoist engine, separate connection arrangement of clutch separately between each scroll and spool, drilling tool is inserted in hydraulic clamping device, one of wire rope connects scroll, wire rope other end connects drilling tool top, spool rotates and tightens up wire rope, hydraulic clamping device is rotated, make drilling tool vertical with the chassis of pile driver, contiguous block is installed, hydraulic clamping device can not be rotated, by being fastenedly connected, hydraulic clamping device is fixed, make the center line of the center line of the hydraulic clamping device on main body mechanism and lower floor's hydraulic clamping device of corresponding arrangement on same straight line, drilling tool is inserted in lower floor's hydraulic clamping device, hoist engine unclamps wire rope, drilling tool moves downward when conveniently untiing the wire rope at drilling tool top, untie its wire rope, the order of dismounting drilling tool is contrary with the order that drilling tool is installed, and does not dismantle drilling tool by crane, then the drilling tool of dismounting is put on pile driver, when between the tooth of the driven gear on hydraulic clamping device and the tooth of driving gear, adopt mutual meshing be connected or hydraulic clamping device on the tooth of driven gear and the tooth of idler gear between while adopting mutual meshing connection, adopt servicing unit that drilling tool is installed, also will mobile sole frame, the tooth of the tooth of the driven gear on hydraulic clamping device and the tooth of driving gear or driven gear and the tooth space of idler gear are separated, after drilling tool is inserted in hydraulic clamping device, mobile sole frame, make mutual meshing connection of the tooth of the driven gear on hydraulic clamping device and the tooth of the tooth of driving gear or driven gear and the tooth of idler gear.On pile driver, equip a pile driver console mode rotation and lifting drilling tool device or equip the device of the console mode rotation and lifting drilling tool of multiple pile drivers, the drilling tool of equipping when the pile driver of device of the console mode rotation and lifting drilling tool of equipment pile driver is during for boring grouting stirring drilling tool, its boring grouting stirring drilling tool comprises that the body of drilling tool is drilling rod, stirring-head, and drilling rod top adopts and connects the structure of top cylinder or adopt the structure that connects rotation major part, when drilling rod top adopts the structure that connects top cylinder, top cylinder is pillar buoy, drilling rod top is columniform structure, the mouth of top cylinder is the structure of annular, drilling rod top packs in the mouth of top cylinder, the outer circle wall on drilling rod top closely overlaps and connects with the inner peripheral wall of the mouth of top cylinder, drilling rod top puts in the inner chamber of top cylinder, between the mouth of drilling rod top and top cylinder, adopt rotatory sealing to be connected, be, between drilling rod top and the mouth of top cylinder, rotary sealing mechanism is set, on the mouth outer circumferential side top cylinder body of top cylinder, be fixedly connected with axle sleeve, being positioned at fixed cover connecting shaft on the drilling rod top outside the mouth that pushes up cylinder holds, bearing is installed in axle sleeve, in all sides of top cylinder or have defeated slurry hole on outer bottom, the inner chamber of its defeated slurry Kong Yuding cylinder communicates, the inner chamber of top cylinder communicates with the injected hole of drilling rod, this body profile of the outstanding top of the mouth cylinder in the defeated slurry hole of its top cylinder becomes defeated slurry mouthful, its defeated slurry mouthful connects feed pipe for mortar, like this, the drilling tool using when the pile driver of device of the console mode rotation and lifting drilling tool of equipment pile driver is the boring grouting stirring drilling tool that adopts the structure that connects top cylinder, when rotary drill rod, its top cylinder does not rotate, when use, drilling rod is stretched out to lower floor's hydraulic clamping device or drilling rod stretches out after lower floor's hydraulic clamping device and scraper, drilling rod bottom and stirring-head are sealedly and fixedly connected, when the pile driver of device of the console mode rotation and lifting drilling tool of a pile driver of equipment, on its equipment frame, install and connect a hydraulic clamping device, the drilling tool using is boring grouting stirring drilling tool, when drilling rod top adopts the structure that connects rotation major part, its drilling rod top connects the rotating shaft bottom of rotation major part, on taking over a business He on telophragma, equip respectively hoist engine, take over a business one end of upper hoist engine connection steel cable, the other end of its wire rope connects the shell of rotation major part, on telophragma, hoist engine connects one end of another steel cable, the other end of its wire rope also connects the shell that rotates major part, when operation, when lifting structure on lifting gear on its main body mechanism and hydraulic clamping device thereof and attached match mechanism and hydraulic clamping device thereof are used alternatingly, hydraulic clamping device on taking over a business clamps drilling tool, when the hydraulic clamping device of the lower floor on telophragma loosens drilling tool, hoist engine on taking over a business tightens up wire rope, the shell that rotates major part can not be rotated, hoist engine on telophragma loosens wire rope, on the contrary, when the hydraulic clamping device of the lower floor on telophragma clamps drilling tool, when hydraulic clamping device on taking over a business loosens drilling tool, hoist engine on telophragma tightens up wire rope, the shell that rotates major part can not be rotated, hoist engine on taking over a business loosens wire rope, to facilitate moving up and down of drilling tool, lifting structure and hydraulic clamping device thereof on lifting gear on its main body mechanism and hydraulic clamping device thereof and attached match mechanism use simultaneously, the hydraulic clamping device of the lower floor on hydraulic clamping device and telophragma on taking over a business clamps drilling tool simultaneously, and two hoist engines tighten up wire rope.When installing and connect multiple hydraulic clamping devices on equipment frame, in the hydraulic clamping device of the device of the console mode rotation and lifting drilling tool of its each pile driver, drilling tool is installed respectively, its drilling tool is boring grouting stirring drilling tool, the drilling rod top of boring grouting stirring drilling tool adopts when connecting the structure of rotation major part or adopting the structure that connects top cylinder, between the shell of each rotation major part, connect by connecting rod or connecting rope, shell of each rotation major part is not rotated or each top cylinder between connect by connecting rod or connecting rope, make each top cylinder stability better.Like this, the device of the console mode rotation and lifting drilling tool of pile driver is equipped on pile driver, drilling tool is installed into hydraulic clamping device, make stationary slip in hydraulic clamping device clamp drilling tool by hydraulic-driven, adjust the chassis of pile driver, make chassis in level, by drilling tool align piles construction point, operating personnel are by the control stick control motor of Circuits System, by control stick control hydraulic clamping device and the hydraulic pressure lifting device of hydraulic control system, the piling work of holing.When the device of the console mode rotation and lifting drilling tool of multiple pile drivers is concentrated while being equipped on same pile driver, it adopts the device of the console mode rotation and lifting drilling tool of each pile driver to be independently equipped on separately the structure on pile driver or adopts the device combination unification of the console mode rotation and lifting drilling tool of each pile driver to be connected to form an overall structure, when the device combination of the console mode rotation and lifting drilling tool of each pile driver is unified while being connected to form an overall structure, the taking over a business to be interconnected and fixed of the device of the console mode rotation and lifting drilling tool of its each pile driver joins into greatly, each telophragma is interconnected and fixed, join into large telophragma, make the device of the console mode rotation and lifting drilling tool of each pile driver take over a business lifting simultaneously, make the device telophragma lifting simultaneously of the console mode rotation and lifting drilling tool of each pile driver, each Circuits System integrates and forms unified Circuits System, each hydraulic control system integrates and forms unified hydraulic control system.Like this, the device of the console mode rotation and lifting drilling tool of its pile driver is without drilling cramp, volume is little, highly low, lightweight, being convenient to transportation installs, exert pressure downwards owing to adopting hydraulic pressure lifting device, its pressure is large, when running into special hardpan, just be easy to downward boring, in the time that central combination on a pile driver is equipped the device of console mode rotation and lifting drilling tool of multiple pile drivers, the quantity of a pile of its pile driver Job Operations improves exponentially, equip on the pile driver of device of the console mode rotation and lifting drilling tool of multiple pile drivers and can equip 20 above drilling tools, Job Operations once can become 20 above stakes simultaneously, the quantity of its pile is many, and in operation process, mobile pile driver is convenient and swift, improve the safety of pile driver, greatly reduce labour intensity, improve work productivity effect, thereby reach object of the present invention.

Owing to adopting technique scheme, it is simple in structure for the device of the console mode rotation and lifting drilling tool of pile driver, without drilling cramp, volume is little, highly low, lightweight, being convenient to transportation installs, and can central combination on a pile driver equip the device of the console mode rotation and lifting drilling tool of multiple pile drivers, the quantity of a pile of pile driver Job Operations is significantly improved, in operation process, the pressure of exerting pressure is downwards large, and mobile pile driver is convenient and swift, improves the safety of pile driver, greatly reduce labour intensity, improve work productivity effect.

The device of the console mode rotation and lifting drilling tool below in conjunction with embodiment to pile driver of the present invention is described further

Accompanying drawing explanation

The syndeton schematic diagram of the device of the console mode rotation and lifting drilling tool that accompanying drawing 1 is pile driver of the present invention;

The syndeton schematic diagram of the inside longitudinal profile of the hydraulic clamping device of the device of the console mode rotation and lifting drilling tool that accompanying drawing 2 is pile driver of the present invention;

The syndeton schematic diagram of the hydraulic press of the hydraulic clamping device of the device of the console mode rotation and lifting drilling tool that accompanying drawing 3 is pile driver of the present invention and line shaft oil pipe and the fulcrum oil pipe that separates thereof;

The structural representation of the link of the device of the console mode rotation and lifting drilling tool that accompanying drawing 4 is pile driver of the present invention;

The structural representation of the telescopic shaft of the device of the console mode rotation and lifting drilling tool that accompanying drawing 5 is pile driver of the present invention;

The syndeton schematic diagram of the inner transverse section of the hydraulic clamping device of the device of the console mode rotation and lifting drilling tool that accompanying drawing 6 is pile driver of the present invention;

The structural representation of the sole frame of the device of the console mode rotation and lifting drilling tool that accompanying drawing 7 is pile driver of the present invention;

In figure: 1, idler gear 2, driving gear 3, jackshaft 4, the output shaft 5 of reductor, reductor 6, equipment frame 7, motor 8, the flange arrangement on the top of the interior bar linking together and jackshaft extend the lower end flange arrangement 9 of taking over a business below, interior bar 10, intermediate casing 11, the piston rod 12 of the hydraulic pressure lifting device of main body mechanism, lower floor's driving gear 13, outer tube 14, installing rack 15, the cylinder barrel 16 of the hydraulic pressure lifting device of main body mechanism, the piston rod 17 of the hydraulic pressure lifting device of attached assemble mechanism, the cylinder barrel 18 of the hydraulic pressure lifting device of attached assemble mechanism, driven gear 19, hollow shaft 20, the outside bead 21 of hollow shaft, outer shell 22, sole frame 23, hydraulic clamping device 24, annular solid 25, nut 26, link 27, take over a business 28, lower floor's driven gear 29, attached match mechanism 30, lower floor's hydraulic clamping device 31, connecting frame 32, telophragma 33, lifting structure 34, chassis 35, axle 36 on the both sides of the outer shell of hydraulic clamping device, fixed body 37 on the other both sides of the outer shell of hydraulic clamping device, hydraulic press 38, the piston rod 39 of hydraulic press, the end 40 of the oil cylinder of hydraulic press, the oil cylinder cover 41 of hydraulic press, stationary slip 42, the annular sap cavity 43 of hydraulic clamping device, port connection 44, hollow 45 of the centre of hollow shaft, top inward flange 46, an oil transportation hole 47 of hollow shaft, middle inward flange 48, the body 49 of outer shell, end inward flange 50, the cannelure 51 of all sides below the bead of outside, steel ball 52, on the lateral surface of top inward flange around the cannelure 53 of the middle circular hole of top inward flange, the oil transportation hole 54 of the body of outer shell, the total petroleum pipeline 55 being connected with the collar extension in the oil transportation hole of the oil cylinder cover of hydraulic press by a petroleum pipeline, another oil transportation hole 56 of hollow shaft, cannelure 57 on annular solid one side plane, main body mechanism 58, the hydraulic pressure lifting device 59 of attached assemble mechanism, at the bottom of sole frame 60, sliding card 61 at the bottom of foot rest, the pedestal 62 of sole frame, the axle sleeve 63 that sole frame connects, the total petroleum pipeline 64 being connected by the collar extension in the oil transportation hole at the end of petroleum pipeline and the oil cylinder of hydraulic press, chute 65 on the frame bar of link, the a pair of sliding card 66 of the beneath face of the frame bar of link, flange arrangement 67 on interior masthead, telescopic shaft 68, the outer square card 69 of intermediate casing one end, interior square card 70 in the outer end square opening of outer tube, the outer square card 71 of interior bar one end, interior square card 72 in the outer end square opening of intermediate casing, drilling tool 73, bearing 74 on outer tube, the petroleum pipeline 75 that the total petroleum pipeline being connected with the collar extension in the oil transportation hole at the end of the oil cylinder of hydraulic press separates, the petroleum pipeline 76 that the total petroleum pipeline being connected with the collar extension in the oil transportation hole of the oil cylinder cover of hydraulic press separates, axle sleeve 77 below on equipment frame, axle sleeve 78 on installing rack, the outer bead 79 of top sealing, rotating seal ring 80 in rotatory sealing groove, the rotating seal ring 81 that on the outer circle wall of the outer bead in top, cover connects, push up outer bead 82, top sealing inward flange 83, outer bead 85 in the middle of the outer bead 84 of intermediate seal, the rotating seal ring 86 that on the outer circle wall of middle outer bead, cover connects, intermediate seal inward flange 87, the outer bead 88 of end sealing, bead 89 at the end, the rotating seal ring 90 that on the outer circle wall of bead, cover connects at the end, end sealing inward flange.

The specific embodiment

In figure: the device of the console mode rotation and lifting drilling tool of pile driver is the plant equipment being installed on pile driver.The device of the console mode rotation and lifting drilling tool of pile driver comprises main body mechanism (57) and attached match mechanism (29).Hydraulic clamping device is the hydraulic pressure utensil that clamps drilling tool, and its main body mechanism and attached match mechanism are independently equipped respectively hydraulic clamping device separately, hydraulic clamping device (23) is made up of hollow shaft (19), hydraulic press, outer shell (21), stationary slip (41) and sealing mechanism, fastening connection piece, its hollow shaft is the middle rotating shaft for hollow circular tube shaped, and hollow shaft has oil transportation hole, and its oil transportation hole penetrates the body of hollow shaft, communicates with hollow (44) of centre, connecting fluid depressor (37) on the internal perisporium of hollow shaft, hydraulic press is made up of oil cylinder, piston, oil cylinder cover (40) and seal, securing member, draw together plug and formed by piston body and piston rod (38),, have the oil transportation hole communicating with the interior sap cavity of oil cylinder at the end (39) of oil cylinder, the outer shell of hydraulic clamping device is annular hydraulic jack, the body of outer shell is annular wall body, the inwall of the body (48) of outer shell is to the structure of projecting inward annular, be called inward flange, outer shell adopts the structure of three inward flanges, its outer shell is two cylinder structures, two inward flanges lay respectively at top and the bottom of outer shell, be referred to as top inward flange (45) and end inward flange (49), middle inward flange is positioned at the middle part of outer shell, inward flange (47) in the middle of being referred to as, its top inward flange, middle inward flange, between the inwall of the body of end inward flange and outer shell, form the cylinder inner chamber of two annulars, the center line of its three inward flanges is on same straight line, inward flange, the body of outer shell, the center line of cylinder inner chamber and outer shell is on same straight line, the body of outer shell has two oil transportation holes that independently penetrate separately the body of outer shell, an oil transportation hole (53) communicates with a cylinder inner chamber of outer shell, another oil transportation hole communicates with another cylinder inner chamber of outer shell, the collar extension in each oil transportation hole connects respectively port connection (43), the internal diameter of the middle circular hole of inward flange in the middle of the internal diameter of the middle circular hole of its top inward flange is greater than, in the middle of it, the internal diameter of the middle circular hole of inward flange is greater than the internal diameter of the middle circular hole of end inward flange, top inward flange, structure to projecting inward annular respectively on the inner peripheral wall of middle inward flange and end inward flange, for top sealing inward flange, intermediate seal inward flange and end sealing inward flange, the lateral surface of top sealing inward flange (82) and the inner peripheral wall of top inward flange intersect vertically, the side of the adjacent top of intermediate seal inward flange (86) inward flange and the inner peripheral wall of middle inward flange intersect vertically, the medial surface of end sealing inward flange (90) and the inner peripheral wall of end inward flange intersect vertically, top sealing inward flange, the center line of intermediate seal inward flange and end sealing inward flange and outer shell is on same straight line, the internal diameter of the middle circular hole of inward flange in the middle of the internal diameter of the middle circular hole of top sealing inward flange equals, the internal diameter of the middle circular hole of intermediate seal inward flange equals the internal diameter of the middle circular hole of end inward flange, hollow shaft and outer shell adapt, the structure of outwardly three annulars on its outer circle wall, it is the outer bead in top (81), middle outer bead (84) and bead (88) at the end, three outer beads, the center line of hollow shaft is on same straight line, the structure of the outwardly annular of difference on the outer circle wall of three outer beads, for the outer bead of top sealing, the outer bead of intermediate seal and the outer bead of end sealing,The medial surface of the top outer bead of sealing (78) intersects vertically with the outer circle wall of the outer bead in top, , the side of bead intersects vertically with the outer circle wall of middle outer bead at the outer adjacent end of bead (83) of intermediate seal, the lateral surface of the outer bead of end sealing (87) and at the end the outer circle wall of bead intersect vertically, the outer bead of top sealing, the outer bead of intermediate seal and the outer bead of end sealing, the center line of hollow shaft is on same straight line, the external diameter of the outer bead of top sealing equals the internal diameter of the middle circular hole of top inward flange, the external diameter of the outer bead in top equals the internal diameter of the middle circular hole of top sealing inward flange, the internal diameter of the middle circular hole of inward flange in the middle of the external diameter of the outer bead of intermediate seal equals, the external diameter of middle outer bead equals the internal diameter of the middle circular hole of intermediate seal inward flange, the external diameter of the outer bead of end sealing equals the internal diameter of the middle circular hole of end inward flange, , the external diameter of bead equals the internal diameter of the middle circular hole of end sealing inward flange at the end, distance at the medial surface of the outer bead of top sealing and the outer adjacent end of bead of intermediate seal between the side of bead equals to push up the distance between the side of lateral surface top adjacent with the intermediate seal inward flange inward flange that seals inward flange, distance between the side of the adjacent top of intermediate seal inward flange inward flange and end sealing inward flange medial surface equals the distance between the side of bead at the outer adjacent end of bead of intermediate seal and the lateral surface of the outer bead of end sealing, top inward flange, on the inner peripheral wall of middle inward flange and end inward flange, there is respectively the rotatory sealing groove of annular, in its three rotatory sealing grooves, there is respectively rotating seal ring, push up outer bead, middle outer bead and overlap respectively company's rotating seal ring on the outer circle wall of bead at the end outside, hollow shaft packs into respectively top inward flange, top sealing inward flange, middle inward flange, intermediate seal inward flange, end inward flange, in rotating seal ring in rotatory sealing groove on middle circular hole and three inner peripheral walls of end sealing inward flange, in the top sealing outer circle wall of outer bead and the inner peripheral wall of top inward flange and rotatory sealing groove, rotating seal ring (79) cover connects, the lateral surface of the medial surface of the outer bead of top sealing and top sealing inward flange overlaps rotating seal ring (80) even on the outer circle wall of the outer bead in companys of pressing top respectively, the outer circle wall cover of the outer bead in top connects the inner peripheral wall of top sealing inward flange, in the outer outer circle wall of bead of intermediate seal and the inner peripheral wall of middle inward flange and rotatory sealing groove, rotating seal ring cover connects, the rotating seal ring (85) connecting is overlapped on the outer circle wall of outer bead in the middle of companys of pressing respectively in the side of top adjacent with intermediate seal inward flange, the side inward flange of the outer bead in the outer adjacent end of bead of intermediate seal, the outer circle wall cover of middle outer bead connects the inner peripheral wall of intermediate seal inward flange, in the end sealing outer circle wall of outer bead and the inner peripheral wall of end inward flange and rotatory sealing groove, rotating seal ring cover connects, the medial surface of the lateral surface of the outer bead of end sealing and end sealing inward flange overlaps respectively the rotating seal ring (89) of company outside companys of the pressing end on the outer circle wall of bead, , the outer circle wall of bead cover connects the inner peripheral wall of end sealing inward flange at the end, make to form between the cylinder inner chamber of hollow shaft and outer shell the annular sap cavity (42) of two sealings, hollow shaft has corresponding with the annular sap cavity of two sealings two oil transportation holes independently separately, and an oil transportation hole (46) is corresponding to communicate with the annular sap cavity of a sealing,Another oil transportation hole (55) is corresponding to communicate with the annular sap cavity of another sealing, and hollow (44) of the centre of hollow shaft are led to respectively in two oil transportation holes of hollow shaft, on the internal perisporium of hollow shaft, adopt the structure of multipair hydraulic press, two relative hydraulic presses are a pair of two relative hydraulic presses, on the internal perisporium of hollow shaft, be fixedly connected with four pairs of two relative hydraulic presses, eight hydraulic presses are relatively fixedly connected on respectively on the internal perisporium of hollow shaft between two, two hydraulic presses that its four couple is relative are divided into two-layer, on each layer, there are respectively two pairs of two relative hydraulic presses, its each two relative hydraulic presses are identical with the internal perisporium syndeton of hollow shaft, the internal perisporium syndeton of relative two hydraulic presses and hollow shaft is, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on the internal perisporium of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two hydraulic presses is on same straight line, and vertical with the center line of hollow shaft, it is positioned at the vertical and intersectant centerline of two hydraulic presses that two couple on same layer is relative, and intersect on the center line of hollow shaft, the center line of a pair of two the relative hydraulic presses on its one deck is parallel with the center line of two a pair of relative hydraulic presses on another layer, another on its one deck to the center line of two relative hydraulic presses with another on another layer center line to two relative hydraulic presses parallel, an oil transportation hole (46) of its hollow shaft lead to hollow internal orifice in the middle of the hollow shaft total petroleum pipeline that is tightly connected, its total petroleum pipeline separates eight petroleum pipelines, total petroleum pipeline (54) is by propping up be tightly connected the respectively collar extension in the oil transportation hole on the oil cylinder cover of each corresponding hydraulic press on the internal perisporium of hollow shaft of petroleum pipeline (75), another oil transportation hole (55) of its hollow shaft lead to hollow internal orifice in the middle of hollow shaft another total petroleum pipeline that is tightly connected, its another total petroleum pipeline separates eight petroleum pipelines, another total petroleum pipeline (63) is by be tightly connected the respectively collar extension in the oil transportation hole at the end of the oil cylinder of each corresponding hydraulic press on the internal perisporium of hollow shaft of petroleum pipeline (74), between the hollow shaft of hydraulic clamping device and outer shell, there is fastening structure, it adopts steel ball syndeton, outwardly annular outboard bead (20) on the periphery wall of hollow shaft one end, the center line of its center line and hollow shaft is on same straight line, outside bead is vertical with the center line of hollow shaft, has the cannelure (50) around hollow shaft below the bead of outside, its outside bead is positioned at the outside of the outer bead in top and is connected to form an entirety with the outer bead in top, , outside bead, on the periphery wall of hollow shaft, there is external screw thread at the end, on the top inward flange of outer shell both sides and the lateral surface of end inward flange, there is respectively the cannelure around the middle circular hole of two inward flanges, the center line of its two cannelure is on same straight line, hollow shaft is inserted in the middle circular hole of three inward flanges of outer shell and rotatory sealing connects, the notch of the cannelure (52) on the lateral surface of the top inward flange on outer shell is relative with the notch of the cannelure below bead outside hollow shaft, the other end connecting ring body (24) of hollow shaft, in the middle of annular solid, the internal perisporium of circular hole is internal thread, on annular solid one side plane, there is cannelure (56),On the periphery wall of hollow shaft, external screw thread screws and is connected with the internal thread of circular hole in the middle of annular solid, and the notch of the cannelure on the lateral surface of the end inward flange on outer shell is relative with the notch of the cannelure on annular solid one side plane; Two interior some steel balls (51) of installing of cannelure that notch is relative, steel ball is tangent the leaning in the interior end of the cannelure relative with two notches respectively, annular solid is outward by connecting clamp nut (25), and the internal thread of clamp nut screws and is connected with external screw thread on the periphery wall of hollow shaft.Its stationary slip adopts direct syndeton, stationary slip is as a whole, stationary slip (41) outer wall directly connects piston rod top, on stationary slip endosexine, there is locking asperities, its two hydraulic press center lines that are positioned at the same side on the internal perisporium of hollow shaft are parallel to each other, it is the hydraulic press of two that homonymy is adjacent, on the internal perisporium of its hollow shaft, there are four pairs of hydraulic presses of two that homonymy is adjacent, the piston rod top of the hydraulic press of two that its homonymy is adjacent directly connects respectively a stationary slip outer wall, the center line of its hydraulic press and the vertical and intersectant centerline of connected stationary slip, the be tightly connected hydraulic oil pipeline of hydraulic system of port connection (43) on the outer shell of hydraulic clamping device.Main body mechanism comprises hydraulic clamping device, equipment mechanism, lifting gear, drive unit, transmission device.Equipment mechanism is the frame construction of equipment hydraulic clamping device, drive unit, transmission device; Equipment mechanism by take over a business (27), link (26), equipment frame (6) connect and compose; Taking over a business is supporting disk, and link is rectangular framework, and equipment frame is support and connection frameworks; On a pair of two relative frame bars of link, have respectively chute (64), another beneath face to two relative frame bars is connected with respectively a pair of sliding card (65); Take over a business above to connect link, it takes over a business above to have the chute adapting with the sliding card of two couples of link, and card that is sliding two couple of link is installed into respectively in the chute that the sliding card of two couple above and link adapts; Above link, connect equipment frame,, have the sliding card of two couple who adapts with the chute of link at the end of equipment frame, sliding two couple at the end of equipment frame card is installed into respectively in the chute of link; Equipment frame is moved to regulate be positioned at certain position, make, be fixedly connected with between link, equipment frame with securing member.Lifting gear adopts the structure of hydraulic lifting, realize lifting by hydraulic pressure lifting device, the hydraulic pressure lifting device of main body mechanism connects respectively the chassis of taking over a business of equipment mechanism above and pile driver below, and hydraulic pressure lifting device is made up of piston, cylinder barrel (15), cover and seal, securing member; Hydraulic pressure lifting device connects respectively the chassis of taking over a business of equipment mechanism above and pile driver below, hydraulic pressure lifting device with the syndeton being connected between the chassis of pile driver below of taking over a business of equipment mechanism is above respectively, the top of the piston rod (11) of its piston takes over a business to be fixedly connected with equipment mechanism, and the end of cylinder barrel is fixedly connected with the chassis of pile driver; Be that the end of its cylinder barrel and the top of piston rod are respectively flange arrangement, for the end flange arrangement of cylinder barrel and the top flange arrangement of piston rod, on the chassis of pile driver, there is the connecting hole corresponding with the end flange arrangement of cylinder barrel, in equipment the taking over a business of mechanism, there is the connecting hole corresponding with the top flange arrangement of piston rod, the end flange arrangement of cylinder barrel is fixedly connected with bolt respectively with top flange arrangement and the taking over a business between corresponding connecting hole of mechanism of equipment of connecting hole corresponding on the chassis of pile driver and piston rod, the center line of its piston rod respectively with take over a business vertical with chassis; Lifting gear adopt multiple hydraulic pressure lifting devices respectively with the syndeton being connected between the chassis of pile driver below of taking over a business of equipment mechanism above, be lifting gear adopt four hydraulic pressure lifting devices respectively with the syndeton being connected between the chassis (34) of pile driver below of taking over a business of equipment mechanism above, the center line of four hydraulic pressure lifting devices is parallel to each other, and respectively with equipment mechanism take over a business and the chassis of pile driver vertical, its four hydraulic pressure lifting devices are distributed in below four jiaos that take over a business.Drive unit is made up of motor (7), reductor (5), motor is connected in Circuits System, motor and reductor are mounted on equipment frame, motor is connected with reductor, be that machine shaft is fixedly connected with the power shaft of reductor, the output shaft (4) of its reductor stretch out in equipment frame above, the center line of output shaft respectively with take over a business vertical with chassis.On its equipment frame, install and connect hydraulic clamping device, drive unit connects the hollow shaft of hydraulic clamping device by transmission device, equips on frame and installs and connect a hydraulic clamping device, and drive unit connects separately a hydraulic clamping device by a transmission device; Transmission device is gear transmission structure, driving gear (2) is connected on the output shaft of reductor, the center line of its driving gear, output shaft is on same straight line, driven gear (18) is arranged on hydraulic clamping device, be to be fixedly connected with driven gear in the hollow shaft of hydraulic clamping device, the center line of hollow shaft, driven gear is on same straight line, and its driving gear, driven gear are all positioned at above equipment frame; Its transmission device adopts three tooth syndetons of driving gear, idler gear (1), driven gear, idler gear is connected on jackshaft (3), its jackshaft is connected on equipment frame, it adopts bearing jointing structure, be on jackshaft, to connect two bearings, on its equipment frame, install and connect two axle sleeves, its two bearings is installed on respectively in corresponding axle sleeve, its driving gear, idler gear, driven gear are all positioned at above equipment frame, and the center line of jackshaft is parallel with the center line of output shaft; The tooth of idler gear respectively with the tooth of driving gear, mutual meshing connection of tooth of driven gear.Above the hydraulic clamping device that on its equipment frame, installation connects is positioned at, between hydraulic clamping device and equipment frame, adopt sliding connection structure.Hydraulic clamping device connecting pin underframe (22), at the bottom of sole frame, (59) are connected with two pairs of sliding cards (60) below; On sole frame, adopt pedestal syndeton, above sole frame, connect two pedestals (61), two pedestals are relative, two pedestal tops are fixedly connected with respectively axle sleeve (62), difference connecting axle (35) on the both sides of the outer shell of hydraulic clamping device, difference connection bearing on its relative diaxon, two bearings is installed on respectively in two axle sleeves.On equipment frame, two chutes are set, under sole frame, the sliding card of two couple of face overlaps respectively in two chutes that are clipped in above equipment frame, makes to be fixedly connected with between sole frame, equipment frame with securing member; Above sole frame, adopt pedestal syndeton, between the hydraulic clamping device of taking over a business above and equipment frame, be provided with fastening structure, on the other both sides of outer shell, connecting respectively the body (36) that is relatively fixed, is plane below its fixed body, in its plane, has connecting hole; Contiguous block is set, contiguous block have respectively connecting hole above and below, above with fixed body by connecting, below with equip frame and be connected, make it fixing by being fastenedly connected.Attached assemble mechanism is as ancillary equipment, is positioned at the top on the chassis of the below of taking over a business, the pile driver of main body mechanism, and attached assemble mechanism comprises hydraulic clamping device, frame construction, lifting structure; Its hydraulic clamping device being equipped on attached assemble mechanism is referred to as lower floor's hydraulic clamping device, and attached assemble mechanism adopts rotation and lifting structure, also comprises drive mechanism.Frame construction adopts the syndeton of telophragma (32), connecting frame (31), installing rack (14) composition; Telophragma is support plate structure, and connecting frame is rectangular frame construction, and installing rack is support and connection frame constructions; On a pair of two relative frame bars of connecting frame, have respectively chute, another beneath face to two relative frame bars is connected with respectively a pair of sliding card; Above telophragma, connect connecting frame, above telophragma, have the chute adapting with the sliding card of two couple of connecting frame, card that is sliding two couple of connecting frame is installed in the chute that the sliding card of two couple above telophragma and connecting frame adapts; Connection frame above connecting frame, has the sliding card of two couple who adapts with the chute of connecting frame on installing rack, sliding two couple on installing rack card is installed in the chute of connecting frame; Lifting structure (33) adopts hydraulic lifting structure, realizes lifting by hydraulic pressure lifting device, and lifting structure adopts multiple hydraulic pressure lifting devices to connect respectively the syndeton on the chassis of telophragma and pile driver; The syndeton that hydraulic pressure lifting device (58) connects respectively the chassis of telophragma and pile driver is, the top of the piston rod (16) of the piston of hydraulic pressure lifting device is fixedly connected with telophragma, and the end of cylinder barrel (17) is fixedly connected with the chassis of pile driver; Be that the end of its cylinder barrel and the top of piston rod are respectively flange arrangement, be referred to as the end flange arrangement of cylinder barrel and the top flange arrangement of piston rod, on the chassis of pile driver, there is the connecting hole corresponding with the end flange arrangement of cylinder barrel, on telophragma, there is the connecting hole corresponding with the top flange arrangement of piston rod, between connecting hole corresponding to the top flange arrangement of the end flange arrangement of cylinder barrel and connecting hole corresponding on the chassis of pile driver and piston rod and telophragma, be fixedly connected with bolt respectively; The center line of its piston rod is vertical with chassis with telophragma respectively; It adopts four hydraulic pressure lifting devices to connect respectively the syndeton on the chassis of telophragma and pile driver, the syndeton on chassis that each hydraulic pressure lifting device connects respectively telophragma and pile driver is identical, the center line of each hydraulic pressure lifting device is parallel to each other, and vertical with telophragma, chassis respectively, its four hydraulic pressure lifting devices are distributed in below four jiaos of telophragma.Attached assemble mechanism adapts to the structure of main body mechanism, on installing rack, install and connect lower floor's hydraulic clamping device (30), the outer shell of lower floor's hydraulic clamping device is connected and fixed on the upper of installing rack, hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, be positioned at after certain position when installing rack being moved regulate, make to equip the center line of lower floor's hydraulic clamping device of the center line arrangement corresponding to it of the hydraulic clamping device on frame on same straight line, and with telophragma, take over a business vertically, make to be fixedly connected with between telophragma, connecting frame, installing rack with securing member, drive mechanism comprises telescopic shaft (67), lower floor's driving gear (12), lower floor's driven gear (28), telescopic shaft adopts many square straight tubes stretching structure connecting that is nested, the inner square straight tube of telescopic shaft is interior bar (9), middle square straight tube is intermediate casing (10), outside square straight tube is outer tube (13), the top of interior bar is flange arrangement (66), interior bar is connected in intermediate casing, intermediate casing is connected in outer tube, interior bar, intermediate casing flexible, can not in outer tube, rotate, interior bar in the outer end square opening of intermediate casing, pack into one end in intermediate casing have square card (70) be fixedly connected with, the width of outer square card is identical with intermediate casing inner width, in it, an outside of the outer square card of bar is parallel with a lateral surface of interior bar, in it, the outer square cutting ferrule of bar enters in intermediate casing, square card (71) in fixed installation in the outer end square opening of its intermediate casing, width in it in square card is identical with interior bar width, an inner face in it in square card is parallel with a lateral surface of intermediate casing, in it, pros are fastened on interior bar, intermediate casing in the outer end square opening of outer tube, pack into one end in outer tube have pros fasten connection (68), the width of outer square card is identical with outer tube inner width, one outside of the outer square card of its intermediate casing is parallel with a lateral surface of intermediate casing, the outer square cutting ferrule of its intermediate casing enters in outer tube, square card (69) in fixed installation in the outer end square opening of its outer tube, width in it in square card is identical with intermediate casing width, an inner face in it in square card is parallel with a lateral surface of outer tube, and in it, pros are fastened on intermediate casing, on equipment frame, install and connect a hydraulic clamping device and transmission device employing driving gear, idler gear, three tooth syndetons of driven gear, and attached assemble mechanism adopts rotation and lifting structure, installing rack is installed connection for transmission structure and lower floor's hydraulic clamping device, on installing rack, install and connect lower floor's hydraulic clamping device, lower floor's hydraulic clamping device connection for transmission structure, the bottom of outer tube is connected in above installing rack, it adopts bearing jointing structure, the bottom cover connecting shaft of outer tube holds (73), it fills corresponding axle sleeve (77) above installing rack, bearing is installed in axle sleeve, jackshaft on the main body mechanism of top extends outside the axle sleeve (76) below equipping on frame, and below extending and, the lower end that is positioned at below of jackshaft is flange arrangement, and the lower end flange arrangement of extending of the flange arrangement on the top of interior bar and jackshaft being taken over a business below by bolt is fixed together (8), lower floor's hydraulic clamping device (30) outer shell be connected and fixed on installing rack above, in its hollow shaft, be inserted in and connect lower floor's driven gear, lower floor's driving gear fixed cover is connected on the outer sleeve bottom of telescopic shaft, the connected telescopic shaft of center line of lower floor's driving gear and the center line of jackshaft are on same straight line, the center line of the hollow shaft of lower floor's hydraulic clamping device is with the center line of the lower floor's driven gear being fixedly connected with its hollow shaft on same straight line, and its lower floor's driving gear, lower floor's driven gear are all positioned at above installing rack, mutually meshing connection of tooth of the tooth of lower floor's driving gear and lower floor's driven gear, the center line of lower floor's driving gear is parallel with the center line of lower floor's driven gear, and respectively with take over a business vertical, hydraulic system is installed above pile driver, and hydraulic pressure lifting device, hydraulic clamping device belong to a part for hydraulic system, and hydraulic system also comprises fluid power system, hydraulic control system.Drilling tool (72) is sandwiched in hydraulic clamping device.

Claims (9)

1. a device for the console mode rotation and lifting drilling tool of pile driver, it is the plant equipment being installed on pile driver, the device of the console mode rotation and lifting drilling tool of pile driver comprises main body mechanism and attached match mechanism, hydraulic clamping device is the hydraulic pressure utensil that clamps drilling tool, and its main body mechanism and attached match mechanism are independently equipped respectively hydraulic clamping device separately, hydraulic clamping device is by hollow shaft, hydraulic press, outer shell, stationary slip and sealing mechanism, fastening connection piece forms, the outer shell of hydraulic clamping device is annular hydraulic jack, the body of outer shell is annular wall body, the inwall of the body of outer shell is to the structure of projecting inward annular, be called inward flange, the body of the outer shell of hydraulic clamping device has the oil transportation hole of the body that penetrates outer shell, the collar extension in oil transportation hole connects port connection, the be tightly connected hydraulic oil pipeline of hydraulic system of port connection, between the hollow shaft of hydraulic clamping device and outer shell, there is fastening structure, its fastening structure adopts bearing jointing structure or adopts steel ball syndeton, in the time adopting bearing jointing structure, difference connection bearing in the hollow shaft of outer shell both sides, its outer shell both sides are corresponding fixed installation connecting bushing respectively, and its two bearings is installed on respectively in corresponding axle sleeve, and securing member is fixedly connected with axle sleeve, in the time adopting steel ball syndeton, the structure of outwardly annular on the outer circle wall of hollow shaft one end, is outside bead, and the center line of its center line and hollow shaft is on same straight line, outside bead is vertical with the center line of hollow shaft, has the cannelure around hollow shaft below the bead of outside, on the outer circle wall of the hollow shaft other end, there is external screw thread, on the top inward flange of outer shell both sides and the lateral surface of end inward flange, there is respectively the cannelure around the middle circular hole of two inward flanges, the center line of its two cannelure is on same straight line, hollow shaft is inserted in the top inward flange of outer shell and the middle circular hole of end inward flange and rotatory sealing is connected or hollow shaft is inserted in the top inward flange of outer shell, in the middle circular hole of middle inward flange and end inward flange, also rotatory sealing is connected, the notch of a cannelure on outer shell is relative with the notch of the cannelure below bead outside hollow shaft, the other end connecting ring body of hollow shaft, in the middle of annular solid, the internal perisporium of circular hole is internal thread, on annular solid one side plane, there is cannelure, on the outer circle wall of hollow shaft, external screw thread screws and is connected with the internal thread of circular hole in the middle of annular solid, the notch of another cannelure on outer shell is relative with the notch of the cannelure on annular solid one side plane, in the relative cannelure of two notches, some steel balls are installed, steel ball is tangent the leaning in the interior end of the cannelure relative with two notches respectively, and annular solid is outward by company's clamp nut, and the internal thread of clamp nut screws and is connected with external screw thread on the outer circle wall of hollow shaft, main body mechanism comprises hydraulic clamping device, equipment mechanism, lifting gear, drive unit, transmission device, equipment mechanism is the frame construction of equipment hydraulic clamping device, drive unit, transmission device, equipment mechanism by taking over a business, link, equipment frame connect and compose, taking over a business is supporting disk, and link is rectangular framework, and equipment frame is support and connection frameworks, on a pair of two relative frame bars of link, have respectively chute, another beneath face to two relative frame bars is connected with respectively a pair of sliding card, take over a business above to connect link, it takes over a business above to have the chute adapting with the sliding card of two couples of link, and card that is sliding two couple of link is installed into respectively in the chute that the sliding card of two couple above and link adapts, above link, connect equipment frame,, have the sliding card of two couple who adapts with the chute of link at the end of equipment frame, sliding two couple at the end of equipment frame card is installed into respectively in the chute of link, be positioned at after certain position when an equipment frame is moved to regulate, make, be fixedly connected with between link, equipment frame with securing member, the structure that lifting gear adopts hydraulic lifting, realizes lifting by hydraulic pressure lifting device, and hydraulic pressure lifting device is made up of piston, cylinder barrel, cover and seal, securing member, drive unit is made up of motor, reductor, motor and reductor are mounted on equipment frame, motor is connected in Circuits System, motor is connected with reductor, be that machine shaft is fixedly connected with the power shaft of reductor, the output shaft of its reductor stretch out in equipment frame above, the center line of output shaft respectively with take over a business vertical with chassis, transmission device is gear transmission structure, and driving gear is connected on the output shaft of reductor, and the center line of its driving gear, output shaft is on same straight line, and its driving gear, driven gear are all positioned at above equipment frame, transmission device adopts the three tooth syndetons that adopted driving gear, idler gear, driven gear by two tooth syndetons of driving gear and driven gear or transmission device, in the time that transmission device adopts three tooth syndeton of driving gear, idler gear, driven gear, idler gear is connected on jackshaft, its jackshaft is connected on equipment frame, it adopts bearing jointing structure, be on jackshaft, to connect two bearings, on its equipment frame, install and connect two axle sleeves, its two bearings is installed on respectively in corresponding axle sleeve, its driving gear, idler gear, driven gear are all positioned at above equipment frame, and the center line of jackshaft is parallel with the center line of output shaft, attached assemble mechanism is as ancillary equipment, is positioned at the top on the chassis of the below of taking over a business, the pile driver of main body mechanism, and attached assemble mechanism comprises hydraulic clamping device, frame construction, lifting structure, its hydraulic clamping device being equipped on attached assemble mechanism is referred to as lower floor's hydraulic clamping device, and it adopts simple lifting structure or adopts rotation and lifting structure, frame construction adopts the syndeton of telophragma, connecting frame, installing rack composition, telophragma is support plate structure, and connecting frame is rectangular frame construction, and installing rack is support and connection frame constructions, on a pair of two relative frame bars of connecting frame, have respectively chute, another beneath face to two relative frame bars is connected with respectively a pair of sliding card, above telophragma, connect connecting frame, above telophragma, have the chute adapting with the sliding card of two couple of connecting frame, card that is sliding two couple of connecting frame is installed in the chute that the sliding card of two couple above telophragma and connecting frame adapts, connection frame above connecting frame, has the sliding card of two couple who adapts with the chute of connecting frame on installing rack, sliding two couple on installing rack card is installed in the chute of connecting frame, lifting structure adopts hydraulic lifting structure, realizes lifting by hydraulic pressure lifting device, and hydraulic system is installed above pile driver, and hydraulic pressure lifting device, hydraulic clamping device belong to a part for hydraulic system, and hydraulic system also comprises fluid power system, hydraulic control system, it is characterized in that: the hydraulic pressure lifting device of main body mechanism connects respectively the chassis of taking over a business of equipment mechanism above and pile driver below, on equipment frame, install and connect hydraulic clamping device, drive unit connects the hollow shaft of hydraulic clamping device by transmission device.

2. the device of the console mode rotation and lifting drilling tool of piling machine according to claim 1, it is characterized in that: the hollow shaft of its hydraulic clamping device is the middle rotating shaft for hollow circular tube shaped, hollow shaft has oil transportation hole, and its oil transportation hole penetrates the body of hollow shaft, communicates with the hollow of centre, connecting fluid depressor on the internal perisporium of hollow shaft, hydraulic press is made up of oil cylinder, piston, oil cylinder cover and seal, securing member, and piston is made up of piston body and piston rod, has the oil transportation hole communicating with the interior sap cavity of oil cylinder at the end of oil cylinder, the outer shell of hydraulic clamping device adopts the structure of two inward flanges or the structure of three inward flanges of outer shell employing, in the time that outer shell adopts the structure of two inward flanges, its outer shell is single cylinder structure, two inward flanges lay respectively at top and the bottom of outer shell, be referred to as top inward flange and end inward flange, its top inward flange, between the inwall of the body of end inward flange and outer shell, form the cylinder inner chamber of annular, the center line of two inward flange is on same straight line, inward flange, the body of outer shell, the center line of cylinder inner chamber and outer shell is on same straight line, the oil transportation hole of the body of outer shell communicates with cylinder inner chamber, hollow shaft packs in the middle circular hole of two inward flanges of outer shell, hollow shaft adopts rotatory sealing to be connected respectively and between two inward flanges of outer shell, be that hollow shaft arranges rotary sealing mechanism respectively and between two inward flanges of outer shell, make to form between the cylinder inner chamber of hollow shaft and outer shell the annular sap cavity of sealing, rotary sealing mechanism is realized rotatory sealing by rotating seal ring, the internal diameter of the middle circular hole of its top inward flange is greater than the internal diameter of the middle circular hole of end inward flange, structure to projecting inward annular respectively on the inner peripheral wall of top inward flange and end inward flange, for top sealing inward flange and end sealing inward flange, the center line of top sealing inward flange and end sealing inward flange and outer shell is on same straight line, the top sealing lateral surface of inward flange and the inner peripheral wall of top inward flange intersect vertically, the end sealing medial surface of inward flange and the inner peripheral wall of end inward flange intersect vertically, the internal diameter of the middle circular hole of top sealing inward flange is more than or equal to the internal diameter of the middle circular hole of end inward flange, hollow shaft and outer shell adapt, the structure of outwardly two annulars on its outer circle wall, it is for pushing up outer bead and bead at the end, the center line of two outer beads and hollow shaft is on same straight line, push up outer bead and the structure of outwardly annular respectively on the outer circle wall of bead at the end, for the top outer bead of sealing and the outer bead of end sealing, the top outer bead of sealing and the outer bead of end sealing, the center line of hollow shaft is on same straight line, the medial surface of the outer bead of top sealing intersects vertically with the outer circle wall of the outer bead in top, the lateral surface of the outer bead of end sealing and at the end the outer circle wall of bead intersect vertically, the external diameter of the outer bead of top sealing equals the internal diameter of the middle circular hole of top inward flange, the external diameter of the outer bead in top equals the internal diameter of the middle circular hole of top sealing inward flange, the external diameter of the outer bead of end sealing equals the internal diameter of the middle circular hole of end inward flange, , the external diameter of bead equals the internal diameter of the middle circular hole of end sealing inward flange at the end, distance between the lateral surface of the medial surface of the outer bead of top sealing and the outer bead of end sealing equals the distance between the lateral surface of top sealing inward flange and the medial surface of end sealing inward flange, on the inner peripheral wall of top inward flange and end inward flange, there is respectively the rotatory sealing groove of annular,In two rotatory sealing groove, there is respectively rotating seal ring, push up outer bead and at the end on the outer circle wall of bead respectively cover connect rotating seal ring, hollow shaft packs into respectively top inward flange, top sealing inward flange, end inward flange, the middle circular hole of end sealing inward flange, rotatory sealing snare in the top sealing outer circle wall of outer bead and the inner peripheral wall of top inward flange and rotatory sealing groove connects, the lateral surface of the medial surface of the outer bead of top sealing and top sealing inward flange overlaps rotating seal ring even on the outer circle wall of the outer bead in companys of pressing top respectively, the outer circle wall cover of the outer bead in top connects the inner peripheral wall of top sealing inward flange, rotatory sealing snare in the end sealing outer circle wall of outer bead and the inner peripheral wall of end inward flange and rotatory sealing groove connects, the medial surface of the lateral surface of the outer bead of end sealing and end sealing inward flange overlaps respectively the rotating seal ring of company outside companys of the pressing end on the outer circle wall of bead, , the outer circle wall of bead cover connects the inner peripheral wall of end sealing inward flange at the end, make to form between the cylinder inner chamber of hollow shaft and outer shell the annular sap cavity of sealing, the interior structure that adopts the structure of a pair of hydraulic press or adopt multipair hydraulic press of hollow shaft, in the time adopting the structure of a pair of hydraulic press in hollow shaft, two hydraulic presses are relatively fixedly connected on respectively on the internal perisporium of hollow shaft, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on the internal perisporium of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two hydraulic press is on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, the oil transportation hole of hollow shaft communicates with the annular sap cavity of sealing, hollow internal orifice in the middle of hollow shaft total petroleum pipeline that is tightly connected is led in oil transportation hole, total petroleum pipeline separates two petroleum pipelines, total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of oil cylinder of two corresponding hydraulic presses on the internal perisporium of hollow shaft of a petroleum pipeline, in the time that hollow shaft adopts the structure of multipair hydraulic press, four or more hydraulic press is relatively fixedly connected on respectively on the internal perisporium of hollow shaft between two, two relative hydraulic presses are a pair of two relative hydraulic presses, it is each identical with the internal perisporium syndeton of hollow shaft to two relative hydraulic presses, the internal perisporium syndeton of relative two hydraulic presses and hollow shaft is, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on the internal perisporium of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two hydraulic press is on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, the oil transportation hole of hollow shaft communicates with the annular sap cavity of sealing, the oil transportation hole of hollow shaft lead to hollow internal orifice in the middle of hollow shaft total petroleum pipeline that is tightly connected, total petroleum pipeline separates many petroleum pipelines, the quantity of its petroleum pipeline is identical with the quantity of the hydraulic press on the internal perisporium of hollow shaft, and total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of the oil cylinder of each corresponding hydraulic press on the internal perisporium of hollow shaft of a petroleum pipeline, in the time that outer shell adopts the structure of three inward flanges, its outer shell is two cylinder structures, two inward flanges lay respectively at top and the bottom of outer shell, be referred to as top inward flange and end inward flange, middle inward flange is positioned at the middle part of outer shell, inward flange in the middle of being referred to as, its top inward flange, middle inward flange,Between the inwall of the body of end inward flange and outer shell, form the cylinder inner chamber of two annulars, the center line of its three inward flanges is on same straight line, the center line of body, cylinder inner chamber and the outer shell of inward flange, outer shell is on same straight line, the body of outer shell has two oil transportation holes that independently penetrate separately the body of outer shell, an oil transportation hole communicates with a cylinder inner chamber of outer shell, another oil transportation hole communicates with another cylinder inner chamber of outer shell, and the collar extension in each oil transportation hole connects respectively port connection, hollow shaft packs in the middle circular hole of three inward flanges of outer shell, hollow shaft adopts rotatory sealing to be connected respectively and between three inward flanges of outer shell, be that hollow shaft arranges rotary sealing mechanism respectively and between three inward flanges of outer shell, make hollow shaft respectively and two cylinder inner chambers of outer shell between form two annular sap cavities independently of sealing, rotary sealing mechanism is realized rotatory sealing by rotating seal ring, the internal diameter of the middle circular hole of inward flange in the middle of the internal diameter of the middle circular hole of its top inward flange is greater than, in the middle of it, the internal diameter of the middle circular hole of inward flange is greater than the internal diameter of the middle circular hole of end inward flange, top inward flange, structure to projecting inward annular respectively on the inner peripheral wall of middle inward flange and end inward flange, for top sealing inward flange, intermediate seal inward flange and end sealing inward flange, the top sealing lateral surface of inward flange and the inner peripheral wall of top inward flange intersect vertically, the side of the adjacent top of intermediate seal inward flange inward flange and the inner peripheral wall of middle inward flange intersect vertically, the end sealing medial surface of inward flange and the inner peripheral wall of end inward flange intersect vertically, top sealing inward flange, the center line of intermediate seal inward flange and end sealing inward flange and outer shell is on same straight line, the internal diameter of the middle circular hole of inward flange in the middle of the internal diameter of the middle circular hole of top sealing inward flange is more than or equal to, the internal diameter of the middle circular hole of intermediate seal inward flange is more than or equal to the internal diameter of the middle circular hole of end inward flange, hollow shaft and outer shell adapt, the structure of outwardly three annulars on its outer circle wall, it is the outer bead in top, middle outer bead and bead at the end, three outer beads, the center line of hollow shaft is on same straight line, the structure of the outwardly annular of difference on the outer circle wall of three outer beads, for the outer bead of top sealing, the outer bead of intermediate seal and the outer bead of end sealing, the medial surface of the outer bead of top sealing intersects vertically with the outer circle wall of the outer bead in top, , the side of bead intersects vertically with the outer circle wall of middle outer bead at the outer adjacent end of bead of intermediate seal, the lateral surface of the outer bead of end sealing and at the end the outer circle wall of bead intersect vertically, the outer bead of top sealing, the outer bead of intermediate seal and the outer bead of end sealing, the center line of hollow shaft is on same straight line, the external diameter of the outer bead of top sealing equals the internal diameter of the middle circular hole of top inward flange, the external diameter of the outer bead in top equals the internal diameter of the middle circular hole of top sealing inward flange, the internal diameter of the middle circular hole of inward flange in the middle of the external diameter of the outer bead of intermediate seal equals, the external diameter of middle outer bead equals the internal diameter of the middle circular hole of intermediate seal inward flange, the external diameter of the outer bead of end sealing equals the internal diameter of the middle circular hole of end inward flange, , the external diameter of bead equals the internal diameter of the middle circular hole of end sealing inward flange at the end,Distance at the medial surface of the outer bead of top sealing and the outer adjacent end of bead of intermediate seal between the side of bead equals to push up the distance between the side of lateral surface top adjacent with the intermediate seal inward flange inward flange that seals inward flange, distance between the side of the adjacent top of intermediate seal inward flange inward flange and end sealing inward flange medial surface equals the distance between the side of bead at the outer adjacent end of bead of intermediate seal and the lateral surface of the outer bead of end sealing, top inward flange, on the inner peripheral wall of middle inward flange and end inward flange, there is respectively the rotatory sealing groove of annular, in its three rotatory sealing grooves, there is respectively rotating seal ring, push up outer bead, middle outer bead and overlap respectively company's rotating seal ring on the outer circle wall of bead at the end outside, hollow shaft packs into respectively top inward flange, top sealing inward flange, middle inward flange, intermediate seal inward flange, end inward flange, in rotating seal ring in middle circular hole and three rotatory sealing grooves of end sealing inward flange, in the top sealing outer circle wall of outer bead and the inner peripheral wall of top inward flange and rotatory sealing groove, rotating seal ring cover connects, the lateral surface of the medial surface of the outer bead of top sealing and top sealing inward flange overlaps rotating seal ring even on the outer circle wall of the outer bead in companys of pressing top respectively, the outer circle wall cover of the outer bead in top connects the inner peripheral wall of top sealing inward flange, in the outer outer circle wall of bead of intermediate seal and the inner peripheral wall of middle inward flange and rotatory sealing groove, rotating seal ring cover connects, the rotating seal ring connecting is overlapped on the outer circle wall of outer bead in the middle of companys of pressing respectively in the side of top adjacent with intermediate seal inward flange, the side inward flange of the outer bead in the outer adjacent end of bead of intermediate seal, the outer circle wall cover of middle outer bead connects the inner peripheral wall of intermediate seal inward flange, in the end sealing outer circle wall of outer bead and the inner peripheral wall of end inward flange and rotatory sealing groove, rotating seal ring cover connects, the medial surface of the lateral surface of the outer bead of end sealing and end sealing inward flange overlaps respectively the rotating seal ring of company outside companys of the pressing end on the outer circle wall of bead, , the outer circle wall of bead cover connects the inner peripheral wall of end sealing inward flange at the end, make to form between the cylinder inner chamber of hollow shaft and outer shell the annular sap cavity of two sealings, hollow shaft has corresponding with the annular sap cavity of two sealings two oil transportation holes independently separately, an oil transportation hole correspondence communicates with the annular sap cavity of a sealing, another oil transportation hole is corresponding to communicate with the annular sap cavity of another sealing, and centre hollow of hollow shaft led to respectively in two oil transportation holes of hollow shaft, on the internal perisporium of hollow shaft, adopt the structure that adopts multipair hydraulic press on the structure of a pair of hydraulic press or the internal perisporium of hollow shaft, the oil cylinder of its hydraulic press adopting is stamped the oil transportation hole communicating with the interior sap cavity of oil cylinder, in the time adopting the structure of a pair of hydraulic press on the internal perisporium of hollow shaft, on inner wall of hollow shaft, be fixedly connected with a pair of two relative hydraulic presses, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on inner wall of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two hydraulic press on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, the hollow internal orifice of the centre of leading to hollow shaft in an oil transportation hole of its hollow shaft total petroleum pipeline that is tightly connected, total petroleum pipeline separates two petroleum pipelines,Total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of oil cylinder of two corresponding hydraulic presses on the internal perisporium of hollow shaft of a petroleum pipeline, the hollow internal orifice of the centre of leading to hollow shaft in another oil transportation hole of its hollow shaft another total petroleum pipeline that is tightly connected, another total petroleum pipeline separates two petroleum pipelines, and another total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole on the oil cylinder cover of two corresponding hydraulic presses on the internal perisporium of hollow shaft of a petroleum pipeline, in the time adopting the structure of multipair hydraulic press on the internal perisporium of hollow shaft, on inner wall of hollow shaft, be fixedly connected with multipair two relative hydraulic presses, the hydraulic press that is four or more is relatively fixedly connected on respectively on inner wall of hollow shaft between two, two relative hydraulic presses are a pair of two relative hydraulic presses, its each two relative hydraulic presses identical with inner wall of hollow shaft syndeton, relative two hydraulic presses and inner wall of hollow shaft syndeton are, the end of the oil cylinder of two hydraulic presses, is fixedly connected on respectively on inner wall of hollow shaft, the piston rod of two hydraulic presses relatively stretches to respectively the center line of hollow shaft, the center line of two relative hydraulic presses is on same straight line, the vertical and intersectant centerline of its center line and hollow shaft, the hollow internal orifice of the centre of leading to hollow shaft in an oil transportation hole of its hollow shaft total petroleum pipeline that is tightly connected, its total petroleum pipeline separates many petroleum pipelines, the quantity of its petroleum pipeline is identical with the quantity of the hydraulic press on the internal perisporium of hollow shaft, total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole on the oil cylinder cover of each corresponding hydraulic press on the internal perisporium of hollow shaft of a petroleum pipeline, the hollow internal orifice of the centre of leading to hollow shaft in another oil transportation hole of its hollow shaft another total petroleum pipeline that is tightly connected, its another total petroleum pipeline separates many petroleum pipelines, the quantity of its petroleum pipeline is identical with the quantity of the hydraulic press on the internal perisporium of hollow shaft, another total petroleum pipeline is by be tightly connected the respectively collar extension in the oil transportation hole at the end of the oil cylinder of each corresponding hydraulic press on the internal perisporium of hollow shaft of petroleum pipeline, in the time adopting outside outwardly two outside bead or outwardly three bead structure on hollow shaft outer circle wall, its outside bead is positioned at the outside of the outer bead in top and is connected to form an entirety with the outer bead in top,, outside bead, on the outer circle wall of hollow shaft, has external screw thread at the end, the piston rod top of the hydraulic press of hydraulic clamping device is fixedly connected with stationary slip, stationary slip adopts indirect connection structure or direct syndeton, in the time that stationary slip adopts indirect connection structure, stationary slip is divided into slip insert and slip spider, slip spider outer wall is fixedly connected with piston rod top, slip spider inwall is fixedly connected with slip insert, has locking asperities on slip insert endosexine, in the time that stationary slip adopts direct syndeton, stationary slip is as a whole, and stationary slip outer wall directly connects piston rod top, has locking asperities on stationary slip endosexine.

3. the device of the console mode rotation and lifting drilling tool of pile driver according to claim 1, it is characterized in that: the hydraulic pressure lifting device of main body mechanism with the syndeton being connected between the chassis of pile driver below of taking over a business of equipment mechanism is above respectively, the top of the piston rod of its piston takes over a business to be fixedly connected with equipment mechanism, and the end of cylinder barrel is fixedly connected with the chassis of pile driver, be that the end of its cylinder barrel and the top of piston rod are respectively flange arrangement, be referred to as the end flange arrangement of cylinder barrel and the top flange arrangement of piston rod, on the chassis of pile driver, there is the connecting hole corresponding with the end flange arrangement of cylinder barrel, in equipment the taking over a business of mechanism, there is the connecting hole corresponding with the top flange arrangement of piston rod, the end flange arrangement of cylinder barrel is fixedly connected with bolt respectively with top flange arrangement and the taking over a business between corresponding connecting hole of mechanism of equipment of connecting hole corresponding on the chassis of pile driver and piston rod, the center line of its piston rod respectively with take over a business vertical with chassis, lifting gear adopt syndeton that hydraulic pressure lifting device is connected between the chassis of pile driver below with taking over a business of equipment mechanism above respectively or lifting gear adopt multiple hydraulic pressure lifting devices respectively with the syndeton being connected between the chassis of pile driver below of taking over a business of equipment mechanism above, when lifting gear adopt hydraulic pressure lifting device respectively with equipment mechanism above take over a business and below the chassis of pile driver between be connected syndeton time, its lifting gear is also provided with stabilization works, its stabilization works is to be connected in the structure between equipment mechanism and the chassis of pile driver with stabilizing leg, and it adopts a stabilizing leg to be connected in the syndeton between equipment mechanism and the chassis of pile driver or adopts multiple stabilizing legs to be connected in the syndeton between equipment mechanism and the chassis of pile driver, stabilizing leg adopts retractable connection structure, its by expansion link, stablize sleeve pipe and be interconnected to constitute, expansion link is long straight-bar, is inserted in and stablizes in sleeve pipe, and expansion link is closely connected with stable sleeve pipe, the syndeton that stabilizing leg is connected between equipment mechanism and chassis is, the top of its expansion link, the end of stablizing sleeve pipe, is all flange arrangement, equipment mechanism take over a business and the chassis of pile driver respectively to there being the connecting hole adapting with the top flange arrangement of expansion link and the end flange arrangement of stable sleeve pipe, making to equip taking over a business with the top of expansion link of mechanism with securing member is fixedly connected with, be to be fixedly connected with bolt between the top flange arrangement of expansion link and the connecting hole that adapts of top that take over a business and expansion link flange arrangement of equipment mechanism, the chassis of pile driver and the end of stable sleeve pipe, are fixedly connected with securing member, stablize between the connecting hole that the end flange arrangement of sleeve pipe and end chassis and stable sleeve pipe the flange arrangement of pile driver adapt and be fixedly connected with bolt, the center line of expansion link and stable sleeve pipe center line are on same straight line, the center line of expansion link is vertical with taking over a business of equipment mechanism with the chassis of pile driver respectively with stable sleeve pipe center line, and in the time that lifting gear adopts multiple stabilizing legs to be connected in the syndeton between equipment mechanism and chassis, multiple stabilizing legs are uniformly distributed in the inner side of taking over a business periphery below, in the time of lifting equipment mechanism, its stabilizing leg can be stablized equipment mechanism, and when lifting gear adopt multiple hydraulic pressure lifting devices respectively with equipment mechanism above take over a business and below the chassis of pile driver between be connected syndeton time, the center line of each hydraulic pressure lifting device is parallel to each other, and respectively with equipment mechanism take over a business and the chassis of pile driver vertical, its multiple hydraulic pressure lifting devices are uniformly distributed in the inner side of taking over a business periphery below.

4. the device of the console mode rotation and lifting drilling tool of pile driver according to claim 1, it is characterized in that: on equipment frame, install and connect hydraulic clamping device, driven gear is arranged on hydraulic clamping device, be to be fixedly connected with driven gear in the hollow shaft of hydraulic clamping device, hollow shaft, the center line of driven gear is on same straight line, drive unit connects the hollow shaft of hydraulic clamping device by transmission device, on equipment frame, install to connect on a hydraulic clamping device or equipment frame and install and connect multiple hydraulic clamping devices, in the time a hydraulic clamping device of connection being installed on equipment frame, equipment frame is installed and is connected a transmission device, in the time the multiple hydraulic clamping device of connection being installed on equipment frame, the corresponding installation of equipment frame connects multiple transmission devices, when installing and connect a hydraulic clamping device on equipment frame, drive unit connects separately the hollow shaft of a hydraulic clamping device by a transmission device, and transmission device is while adopting two tooth syndeton of driving gear and driven gear, the tooth of driving gear is connected the mutual meshing connection of tooth of the driven gear on hydraulic clamping device with it, when installing and connect a hydraulic clamping device on equipment frame, drive unit connects separately the hollow shaft of a hydraulic clamping device by a transmission device, and transmission device is while adopting three tooth syndeton of driving gear, idler gear, driven gear, the tooth of idler gear respectively with the tooth of driving gear, mutual meshing connection of tooth of driven gear, when installing and connect multiple hydraulic clamping devices on equipment frame, separate connection between the hollow shaft of transmission device and hydraulic clamping device, drive unit, transmission device of independent corresponding connection between the hollow shaft that its separate connection refers to a hydraulic clamping device and drive unit, its transmission device is not connected with the hollow shaft of other hydraulic clamping device, separate structure between its each transmission device, and transmission device is while adopting two tooth syndeton of driving gear and driven gear, on the output shaft of reductor, install and connect multiple driving gears, the center line of driving gear and the center line of output shaft are on same straight line, in the hollow shaft of each hydraulic clamping device, be fixedly connected with separately respectively a driven gear, the center line of the hollow shaft of hydraulic clamping device and the driven gear that is fixedly connected with separately with it is on same straight line, an independent corresponding driven gear that connects of driving gear, its all driving gears, driven gear are all positioned at above equipment frame, wherein, the tooth of a driving gear separately with mutual meshing connection of tooth of a driven gear, and other driving gear is independent and its corresponding driven gear between adopt chain separate connection, when installing and connect multiple hydraulic clamping devices on equipment frame, the hollow shaft of transmission device and hydraulic clamping device, separate connection between drive unit, i.e. transmission device of independent corresponding connection between the hollow shaft of a hydraulic clamping device and drive unit, separate between its each transmission device, and transmission device adopts driving gear, idler gear, when three tooth syndeton of driven gear, on the output shaft of reductor, install and connect multiple driving gears, the center line of each driving gear respectively with the center line of output shaft on same straight line, in the hollow shaft of each hydraulic clamping device, be fixedly connected with separately respectively a driven gear, the center line of the hollow shaft of hydraulic clamping device with the center line of the driven gear being fixedly connected with separately with it on same straight line, its all driving gears, driven gear is all positioned at above equipment frame, idler gear and driving gear, separate connection between driven gear, its separate connection refers to the independent corresponding idler gear that connects of a driving gear, an independent corresponding structure that connects a driven gear of idler gear, idler gear and jackshaft independent corresponding connection separately separately, its independent corresponding connection refers to the independent corresponding jackshaft that connects of an idler gear, its jackshaft does not connect the structure of other idler gear, the center line of its each jackshaft is parallel to each other, its separately independently jackshaft respectively by bearing jointing structure be connected in equipment frame on, the tooth of idler gear separately and the mutual meshing connection of tooth of corresponding driving gear, wherein, the tooth of an idler gear separately with mutual meshing connection of tooth of an one driven gear, between other the idler gear driven gear corresponding with it by the corresponding connection of linked gear, with other separately installation connection linked gear on the jackshaft of corresponding connections of idler gear, the center line of the center line of the idler gear on same jackshaft and the center line of linked gear and jackshaft is on same straight line, linked gear adopts chain separate connection separately and between its corresponding driven gear.

5. the device of the console mode rotation and lifting drilling tool of pile driver according to claim 1, it is characterized in that: above the hydraulic clamping device that on its equipment frame, installation connects or multiple hydraulic clamping device are positioned at, between its hydraulic clamping device and equipment frame, adopt direct syndeton or adopt sliding connection structure, in the time adopting direct syndeton between hydraulic clamping device and equipment frame, the outer shell of hydraulic clamping device is directly fixedly connected with equipment frame by connecting rod, in the time adopting sliding connection structure between hydraulic clamping device and equipment frame, hydraulic clamping device connecting pin underframe, under sole frame, face is connected with two pairs of sliding cards, on at the bottom of sole frame, adopt connecting structure for supporting rod or on sole frame, adopt pedestal syndeton, when adopt connecting structure for supporting rod at the bottom of sole frame time, connect respectively multiple support bars above at the bottom of sole frame, multiple support bars connect respectively the outer shell of hydraulic clamping device, when adopt pedestal syndeton on sole frame time, above sole frame, connect two pedestals, two pedestals are relative, two pedestal tops are fixedly connected with respectively axle sleeve, difference connecting axle on the both sides of the outer shell of hydraulic clamping device, connection bearing respectively on its two relative axle, two bearings is installed on respectively in two axle sleeves, when installing and connect a hydraulic clamping device on equipment frame, while adopting sliding connection structure between hydraulic clamping device and equipment frame, on equipment frame, two chutes are set, under sole frame, the sliding card of two couple of face overlaps respectively in two chutes that are clipped in above equipment frame, makes to be fixedly connected with between sole frame, equipment frame with securing member, when installing and connect multiple hydraulic clamping devices on equipment frame, while adopting sliding connection structure between hydraulic clamping device and equipment frame, independent corresponding connection link between sole frame and equipment frame, its independent corresponding connection refers to the independent corresponding link that connects of a sole frame, its link is not connected with other sole frame, disjunct structure between each link, its link is independent to be connected with equipment frame, its each be connected in the structure of sole frame and the link of equipment between frame identical and and be connected in equipment frame and take over a business between the structure of link identical, under sole frame, the sliding card of two couple of face puts in respectively in the chute of link of connection corresponding to it, equipment arrange above frame respectively with each link under the chute that adapts of the sliding card of two couples of face, the sliding card of two couples of each link overlaps separately respectively and is clipped in chute corresponding above equipment frame, its each hydraulic clamping device can be adjusted position on installing rack like this, after its location positioning, make sole frame with securing member, link, between equipment frame, be fixedly connected with, and adopt pedestal syndeton above sole frame time, between hydraulic clamping device and equipment frame, be provided with fastening structure, on the other both sides of outer shell, connect respectively the body that is relatively fixed, below its fixed body, be plane, in its plane, have connecting hole, contiguous block is set, contiguous block have respectively connecting hole above and below, above it with fixed body by connect, below with equipment frame be connected, make it fixing by being fastenedly connected.

6. the device of the console mode rotation and lifting drilling tool of piling machine according to claim 1, is characterized in that: attached assemble mechanism adapts to the structure of main body mechanism; The hydraulic pressure lifting device of attached assemble mechanism connects respectively the chassis of telophragma and piling machine, and syndeton or lifting structure that the lifting structure of attached assemble mechanism adopts a hydraulic pressure lifting device to connect respectively the chassis of telophragma and piling machine adopt multiple hydraulic pressure lifting devices to be connected respectively the syndeton on the chassis of telophragma and piling machine; The syndeton that hydraulic pressure lifting device connects respectively the chassis of telophragma and piling machine is, the top of the piston rod of the piston of hydraulic pressure lifting device is fixedly connected with telophragma, and the end of cylinder barrel is fixedly connected with the chassis of piling machine; Be that the end of its cylinder barrel and the top of piston rod are respectively flange arrangement, be referred to as the end flange arrangement of cylinder barrel and the top flange arrangement of piston rod, on the chassis of piling machine, there is the connecting hole corresponding with the end flange arrangement of cylinder barrel, on telophragma, there is the connecting hole corresponding with the top flange arrangement of piston rod, between connecting hole corresponding to the top flange arrangement of the end flange arrangement of cylinder barrel and connecting hole corresponding on the chassis of piling machine and piston rod and telophragma, be fixedly connected with bolt respectively; The center line of its piston rod is vertical with chassis with telophragma respectively; When adopting a hydraulic pressure lifting device while connecting respectively the syndeton on chassis of telophragma and piling machine, the center line of hydraulic pressure lifting device respectively with telophragma, take over a business vertically, its lifting structure is also provided with stabilization works; And in the time adopting multiple hydraulic pressure lifting devices to connect respectively the syndeton on chassis of telophragma and piling machine, the syndeton on chassis that each hydraulic pressure lifting device connects respectively telophragma and piling machine is identical, the center line of each hydraulic pressure lifting device is parallel to each other, and vertical with telophragma, chassis respectively; Attached assemble mechanism adopts simple lifting structure or adopts rotation and lifting structure, and simple lifting structure is simple lifting structure, and rotation and lifting structure comprises lifting structure, drive mechanism; Attached assemble mechanism adapts to main body mechanism, installs and connect lower floor's hydraulic clamping device on installing rack; On installing rack, install to connect on lower floor's hydraulic clamping device or installing rack and install and connect multiple lower floors hydraulic clamping device, when attached assemble mechanism adopts simple lifting structure, on equipment frame, install while connecting a hydraulic clamping device, on installing rack, install and connect lower floor's hydraulic clamping device, the outer shell of lower floor's hydraulic clamping device is connected and fixed on the upper of installing rack; Hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, be positioned at after certain position when installing rack being moved regulate, make to equip the center line of lower floor's hydraulic clamping device that the center line of the hydraulic clamping device on frame is corresponding with its arrangement on same straight line, and with telophragma, take over a business vertically, make to be fixedly connected with between telophragma, connecting frame, installing rack with securing member; When attached assemble mechanism adopts simple lifting structure, on equipment frame, install while connecting multiple hydraulic clamping device, on installing rack, install and connect multiple lower floors hydraulic clamping device, between lower floor's hydraulic clamping device on telophragma and installing rack, adopt lower floor's sliding connection structure, lower floor's sliding connection structure is on the hydraulic clamping device of lower floor, to connect footing frame, multiple supports are installed on footing frame, and multiple cantilever tip are fixedly connected with respectively the outer shell of lower floor's hydraulic clamping deviceBelow footing frame, there are two pairs of sliding cards, independent corresponding connection connecting frame between footing frame and installing rack, its independent corresponding connection refers to the independent corresponding connecting frame that connects of a footing frame, its connecting frame is not connected with other sole frame, disjunct structure between each connecting frame, its connecting frame is independent to be connected with installing rack, and the two couples cunning below footing frame is blocked and put in respectively in the corresponding chute of connecting frame of connection corresponding to it, the chute adapting with the sliding card of two couples of the beneath face of each connecting frame is set respectively on installing rack, and the sliding card of two couples of each connecting frame respectively cover is clipped in the chute adapting above installing rack, its each lower floor's hydraulic clamping device can be adjusted position on installing rack like this, lower floor's hydraulic clamping device above installing rack is corresponding with the hydraulic clamping device above equipment frame, be that lower floor's hydraulic clamping device above installing rack is identical, corresponding one by one with the hydraulic clamping device quantity above equipment frame, the hydraulic clamping device above equipment frame and the paired assembled arrangement up and down of the lower floor's hydraulic clamping device above installing rack, the outer shell of lower floor's hydraulic clamping device is connected in the upper of installing rack by footing frame, connecting frame, be positioned at after certain position when installing rack being moved regulate, regulate the position of each lower floor's hydraulic clamping device, make the center line of the hydraulic clamping device above equipment frame that the center line of its lower floor's hydraulic clamping device above installing rack is corresponding with its arrangement on same straight line, and with telophragma, take over a business vertically, then make to be fixedly connected with between connecting frame that telophragma, connecting frame, installing rack and footing frame and footing frame be connected, lower floor's hydraulic clamping device with securing member, in the time that attached assemble mechanism adopts rotation and lifting structure, attached assemble mechanism also comprises drive mechanism, drive mechanism comprises telescopic shaft, lower floor's driving gear, lower floor's driven gear, telescopic shaft is the two square straight tubes stretching structure that connects or many square straight tubes stretching structures that connect that are nested that are nested, in the time that telescopic shaft adopts two square straight tubes to be nested the stretching structure connecting, the inner square straight tube of telescopic shaft is that interior bar, outside square straight tube are outer tube, and the top of interior bar is flange arrangement, and interior bar is closely connected in outer tube, interior bar can stretch in outer tube, can not in outer tube, rotate, in the time that telescopic shaft adopts many square straight tubes to be nested the stretching structure connecting, the inner square straight tube of telescopic shaft is interior bar, middle square straight tube is intermediate casing, outside square straight tube is outer tube, the top of interior bar is flange arrangement, interior bar is connected in intermediate casing, intermediate casing is connected in outer tube, interior bar, intermediate casing flexible, can not in outer tube, rotate, interior bar in the outer end square opening of intermediate casing, pack into one end in intermediate casing have pros fasten connection, the width of outer square card is identical with intermediate casing inner width, in it, an outside of the outer square card of bar is parallel with a lateral surface of interior bar, in it, the outer square cutting ferrule of bar enters in intermediate casing, square card in fixed installation in the outer end square opening of its intermediate casing, width in it in square card is identical with interior bar width, an inner face in it in square card is parallel with a lateral surface of intermediate casing, in it, pros are fastened on interior bar, intermediate casing in the outer end square opening of outer tube, pack into one end in outer tube have pros fasten connection, the width of outer square card is identical with outer tube inner width,One outside of the outer square card of its intermediate casing is parallel with a lateral surface of intermediate casing, the outer square cutting ferrule of its intermediate casing enters in outer tube, square card in fixed installation in the outer end square opening of its outer tube, width in it in square card is identical with intermediate casing width, an inner face in it in square card is parallel with a lateral surface of outer tube, and in it, pros are fastened on intermediate casing, on installing rack, install and connect lower floor's hydraulic clamping device, drive mechanism connects the hollow shaft of lower floor's hydraulic clamping device, when three tooth syndetons of hydraulic clamping device of connection and transmission device employing driving gear, idler gear, driven gear are installed on equipment frame, and attached assemble mechanism is while adopting rotation and lifting structure, installing rack connection for transmission structure and lower floor's hydraulic clamping device, on installing rack, install and connect lower floor's hydraulic clamping device, lower floor's hydraulic clamping device connection for transmission structure, the bottom of outer tube is connected in above installing rack, and it adopts bearing and axle sleeve syndeton, and the bottom cover connecting shaft of outer tube holds, and it fills corresponding axle sleeve above installing rack, bearing is installed in axle sleeve, jackshaft on the main body mechanism of top extends outside the axle sleeve below equipping on frame, and below extending and, the lower end that is positioned at below of jackshaft is flange arrangement, and the lower end flange arrangement of extending of the flange arrangement on the top of interior bar and jackshaft being taken over a business below by bolt is fixed together, lower floor's hydraulic clamping device outer shell be connected and fixed on installing rack above, hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, be positioned at after certain position when installing rack being moved regulate, make to equip the center line of lower floor's hydraulic clamping device that the center line of the hydraulic clamping device on frame is corresponding with its arrangement on same straight line, and with telophragma, take over a business vertically, make to be fixedly connected with between telophragma, connecting frame, installing rack with securing member, in its hollow shaft, be inserted in and connect lower floor's driven gear, lower floor's driving gear fixed cover is connected on the outer sleeve bottom of telescopic shaft, the connected telescopic shaft of center line of lower floor's driving gear and the center line of jackshaft are on same straight line, the center line of the hollow shaft of lower floor's hydraulic clamping device is with the center line of the lower floor's driven gear being fixedly connected with its hollow shaft on same straight line, and its lower floor's driving gear, lower floor's driven gear are all positioned at above installing rack, mutually meshing connection of tooth of the tooth of lower floor's driving gear and lower floor's driven gear, the center line of lower floor's driving gear is parallel with the center line of lower floor's driven gear, and respectively with take over a business vertical, when installing and connect multiple hydraulic clamping devices on equipment frame, transmission device adopts multiple driving gears, idler gear, three tooth syndetons of driven gear, and attached assemble mechanism is while adopting rotation and lifting structure, installing rack is fixedly connected with multiple drive mechanisms and multiple lower floors hydraulic clamping device, on installing rack, install and connect multiple lower floors hydraulic clamping device, lower floor's hydraulic clamping device connection for transmission structure on installing rack, on installing rack, connect multiple telescopic shafts, on installing rack, telescopic shaft is corresponding with jackshaft on equipment frame, be that on installing rack, telescopic shaft is identical with the jackshaft quantity on equipment frame, corresponding one by one, telescopic shaft is fixedly connected with the corresponding jackshaft on equipment frame, each telescopic shaft is connected to the upper of installing rack, the independent corresponding telescopic shaft that connects of jackshaft,Difference Tao Lianyige lower floor driving gear on each telescopic shaft, the connected telescopic shaft of center line of lower floor's driving gear and the center line of jackshaft are on same straight line, on installing rack, connect multiple lower floors hydraulic clamping device, lower floor's hydraulic clamping device above installing rack is corresponding with the hydraulic clamping device above equipment frame, be that lower floor's hydraulic clamping device on installing rack is identical with the hydraulic clamping device quantity on equipment frame, corresponding one by one, hydraulic clamping device above equipment frame and the lower floor's hydraulic clamping device above installing rack paired assembled arrangement up and down, between lower floor's hydraulic clamping device and installing rack, adopt lower floor's sliding connection structure, lower floor's driven gear is mounted on lower floor's hydraulic clamping device, be to be fixedly connected with lower floor's driven gear in the hollow shaft of lower floor's hydraulic clamping device, the center line of the hollow shaft of lower floor's hydraulic clamping device is with the center line of the lower floor's driven gear being fixedly connected with its hollow shaft on same straight line, and its all lower floors driving gear, lower floor's driven gear are all positioned at above installing rack, each telescopic shaft is identical with the corresponding jackshaft fixed connection structure on equipment frame, the jackshaft on the equipment frame of top extends outside the axle sleeve below equipping on frame, and below extending and, the lower end that is positioned at below of jackshaft is flange arrangement, and the flange arrangement on the top of the interior bar of telescopic shaft and corresponding extending between the lower end flange arrangement of taking over a business below of jackshaft are bolted to connection, each telescopic shaft is identical with installing rack syndeton, the bottom that is the outer tube of telescopic shaft is connected in above installing rack, and it adopts bearing and axle sleeve syndeton, and the bottom cover connecting shaft of the outer tube of telescopic shaft holds, it fills corresponding axle sleeve above installing rack, bearing is installed in corresponding axle sleeve, in the hollow shaft of each lower floor's hydraulic clamping device, overlap respectively lower floor's driven gear of downlink connection, lower floor's driving gear fixed cover is connected on the outer sleeve bottom of telescopic shaft, the tooth correspondence of lower floor's driving gear and mutual meshing connection of tooth of one lower floor's driven gear, be on main body mechanism, to have the tooth of an idler gear and the mutual meshing syndeton of the tooth of a driven gear, the mutual meshing connection of tooth that hydraulic clamping device above the equipment frame that the tooth of the lower floor's driving gear on the telescopic shaft that the jackshaft that its idler gear connects connects connects with its driven gear is arranged the lower floor's driven gear on the lower floor's hydraulic clamping device above corresponding installing rack, between other lower floor's driving gear and its corresponding lower floor's driven gear, adopt chain separate connection, the center line of the hydraulic clamping device above the center line of its lower floor's hydraulic clamping device above installing rack equipment frame corresponding with its arrangement is on same straight line, be connected to two center lines of the hydraulic clamping device above the equipment frame on jackshaft and the connected telescopic shaft on same equipment frame and the lower floor's hydraulic clamping device above installing rack on same straight line, and and telophragma, take over a business vertical, make telophragma with securing member, connecting frame, between installing rack, be fixedly connected with.

7. the device of the console mode rotation and lifting drilling tool of pile driver according to claim 1, it is characterized in that: the drilling tool that pile driver uses of the device of the console mode rotation and lifting drilling tool of equipment pile driver is boring grouting stirring drilling tool, and its boring grouting stirring drilling tool comprises that the body of drilling tool is drilling rod, stirring-head, drilling rod stretches out lower floor's hydraulic clamping device or scraper, and drilling rod and stirring-head are sealedly and fixedly connected, and drilling rod top adopts and connects the structure of top cylinder or adopt the structure that connects rotation major part, when drilling rod top adopts the structure that connects top cylinder, top cylinder is pillar buoy, drilling rod top is columniform structure, the mouth of top cylinder is the structure of annular, drilling rod top packs in the mouth of top cylinder, the outer circle wall on drilling rod top closely overlaps and connects with the inner peripheral wall of the mouth of top cylinder, drilling rod top puts in the inner chamber of top cylinder, between the mouth of drilling rod top and top cylinder, adopt rotatory sealing to be connected, be, between drilling rod top and the mouth of top cylinder, rotary sealing mechanism is set, on the mouth outer circumferential side top cylinder body of top cylinder, be fixedly connected with axle sleeve, being positioned at fixed cover connecting shaft on the drilling rod top outside the mouth that pushes up cylinder holds, bearing is installed in axle sleeve, in all sides of top cylinder or have defeated slurry hole on outer bottom, the inner chamber of its defeated slurry Kong Yuding cylinder communicates, the inner chamber of top cylinder communicates with the injected hole of drilling rod, this body profile of the outstanding top of the mouth cylinder in the defeated slurry hole of its top cylinder becomes defeated slurry mouthful, its defeated slurry mouthful connects feed pipe for mortar, when the pile driver of device of the console mode rotation and lifting drilling tool of a pile driver of equipment, on its equipment frame, install and connect a hydraulic clamping device, the drilling tool using is boring grouting stirring drilling tool, when drilling rod top adopts the structure that connects rotation major part, its drilling rod top connects the rotating shaft bottom of rotation major part, on taking over a business He on telophragma, equip respectively hoist engine, take over a business one end of upper hoist engine connection steel cable, the other end of its wire rope connects the shell of rotation major part, on telophragma, hoist engine connects one end of another steel cable, the other end of its wire rope also connects the shell that rotates major part, on equipment frame, install and connect multiple hydraulic clamping devices, in the hydraulic clamping device of the device of the console mode rotation and lifting drilling tool of its each pile driver, drilling tool is installed respectively, its drilling tool is boring grouting stirring drilling tool, the drilling rod top of boring grouting stirring drilling tool adopts when connecting the structure of rotation major part or adopting the structure that connects top cylinder, between the shell of each rotation major part, connect by connecting rod or connecting rope, shell of each rotation major part is not rotated or each top cylinder between connect by connecting rod or connecting rope, make each top cylinder stability better.

8. the device of the console mode rotation and lifting drilling tool of pile driver according to claim 1, it is characterized in that: the device of equipping the console mode rotation and lifting drilling tool of multiple pile drivers on pile driver, the device of the console mode rotation and lifting drilling tool of multiple pile drivers is concentrated and is equipped on same pile driver, it adopts the device of the console mode rotation and lifting drilling tool of each pile driver to be independently equipped on separately the structure on pile driver or adopts the device combination unification of the console mode rotation and lifting drilling tool of each pile driver to be connected to form an overall structure, when the device combination of the console mode rotation and lifting drilling tool of each pile driver is unified while being connected to form an overall structure, the taking over a business to be interconnected and fixed of the device of the console mode rotation and lifting drilling tool of each pile driver joins into greatly, each telophragma is interconnected and fixed, join into large telophragma, each Circuits System integrates and forms unified Circuits System, each hydraulic control system integrates and forms unified hydraulic control system.

9. according to the device of the console mode rotation and lifting drilling tool of claim 1 or pile driver claimed in claim 6, it is characterized in that: the drilling rod of the drilling tool that the device of the console mode rotation and lifting drilling tool of pile driver is equipped is circular tube structure, and attached assemble mechanism also comprises washing and brushing device, scraper, washing and brushing device comprises brushing tool and one or more hydraulic giant, it is positioned at below lower floor's hydraulic clamping device, the outer shell of lower floor's hydraulic clamping device is fixedly connected with respectively brushing tool and scraper and one or more hydraulic giant by fixed bar, water gunpoint faces drilling rod, hydraulic giant connects water pump by water-supply-pipe, and the brush of brushing tool overlays and connects drilling rod, scraper is by shell, elastic gum core, lid forms, the body of shell is annular wall body, it at the bottom of shell, is the structure to projecting inward annular by the inwall of wall body, it is positioned at the bottom of wall body, the lid of scraper is circular ring plate, the internal diameter of the middle circular hole at the bottom of shell is identical with the internal diameter of the middle circular hole of lid, elastic gum core is annular, elastic gum core is installed in shell, between lid and outer faucal, be fixedly connected with securing member, make the center line of middle circular hole at the bottom of shell and the center line of the middle circular hole of lid, the center line of scraper is on same straight line, the middle circular hole of the middle circular hole at the bottom of shell and lid adapts to the drilling tool of equipping, the internal diameter of the middle circular hole at the bottom of shell and the middle circular hole of lid is more than or equal to the internal diameter of the drilling rod of equipped drilling tool, scraper is positioned at below washing and brushing device, and the outer shell of lower floor's hydraulic clamping device is connected and fixed the shell of scraper by fixed bar, and the center line of lower floor's hydraulic clamping device and scraper is on same straight line, and drilling rod cover connects scraper and elastic gum core thereof.

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