CN206359977U - Pile cover - Google Patents
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- CN206359977U CN206359977U CN201621474183.1U CN201621474183U CN206359977U CN 206359977 U CN206359977 U CN 206359977U CN 201621474183 U CN201621474183 U CN 201621474183U CN 206359977 U CN206359977 U CN 206359977U
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- pile cover
- box
- wedge
- reaction frame
- shaped reaction
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Abstract
The utility model provides a kind of pile cover, including：Pile cover body and the internal support device being connected with pile cover body；Internal support device is used to pile cover body being connected with steel pile casting；One end of pile cover body is used to receive exciting force, and the other end of pile cover body is used to dock with steel pile casting；The full-size in section is less than or equal to the external diameter of the steel pile casting between pile cover body two ends.The pile cover that the utility model is provided utilizes internal support device and the connection of steel pile casting inwall, the exciting force of vibration hammer is effectively transferred to steel pile casting, and because the full-size in section between stake pile cover body two ends is less than or equal to the external diameter of the steel pile casting, so vibration hammer can be by steel pile casting exciting to underground, can only be by part steel pile casting exciting to underground so as to avoid existing vibration hammer, and the shortcoming that needs are cut again to the every unnecessary part of steel pile casting earth's surface, and this pile cover can on the steel pile casting of same specification Reusability, so both save material cost, efficiency of construction is improved again.
Description
Technical field
The utility model belongs to pile foundation engineering technical field, and relating generally to one kind can be by hydraulic vibration driver exciting force
Effectively it is transferred to the pile cover of underground steel pile casting.
Background technology
Vibrohammer is one of visual plant in foundation construction, is widely used in industry and civil buildings, harbour, bridge
Deng foundation construction among, have the advantages that piling efficiency high, expense is low, pile crown is hardly damaged, the deformation of stake is small.Vibration hammer stake
The general principle of foundation construction is that dither is produced by means of the high-speed rotation of eccentric block, makes pile foundation by the casing of clamping
The sandstone liquefaction of surrounding, soil property is soft, so as to reduce the frictional force of surrounding sandstone or soil to stake, at this moment stake is shaken in its deadweight
During dynamic hammer effect sinking is buried, or under the effect of less lifting force stake is extracted.
The foundation pile construction method of vibration hammer inserting piling steel pile casting, is by steel pile casting inserting piling to severely-weathered or even middle decomposed rock
Layer, is separated water, mud, layer of sand using the intensity of steel pile casting in itself, in bad ground, and steel pile casting formation one is safe and reliable
Earth-retaining Seepage environment.
Wherein, it, in order to prevent from squeezing into a kind of construction installation that pile head is broken and used, is vibration hammer inserting piling that pile cover, which is,
One necessary device of steel pile casting.Vibration hammer is clamped directly at the top of steel pile casting in the prior art, because the external diameter of vibration hammer is big
In steel pile casting, so steel pile casting can not be driven underground completely, the steel pile casting for spilling ground will also be cut off, it is time-consuming to take material expense
Work, and vibration hammer pass to steel pile casting effective excitation force it is less, in order to which steel pile casting is driven underground completely, it is necessary to provide one
The exciting force of vibration hammer can be passed to effectively to steel pile casting, and the device that steel pile casting can be driven underground completely.
Utility model content
The purpose of this utility model is to provide a kind of pile cover, to solve not protecting steel in prior art basis construction
The problem of cylinder is driven underground completely.
In order to solve the above technical problems, the utility model provides a kind of pile cover, and for exciting force to be passed into steel pile casting, bag
Include：Pile cover body and the internal support device being connected with the pile cover body；The internal support device is used for the pile cover body and institute
State steel pile casting connection；
One end of the pile cover body is used to receive the exciting force, and the other end of the pile cover body is used for and the steel
Casing is docked；The full-size in section is less than or equal to the external diameter of the steel pile casting between the pile cover body two ends.
Optionally, the internal support device includes：
Force application part, for providing pressure；
Pressure transferred structure, for by the pressure transmission to the steel pile casting；And,
Box-shaped reaction frame, for carrying the pressure transferred structure；
The force application part is connected with the pressure transferred structure, and the pressure transferred structure is arranged on the box-shaped counter-force
On frame.
Optionally, the force application part is hydraulic jack.
Optionally, the pile cover body has a cavity, and the force application part and the box-shaped reaction frame are each attached to institute
State in cavity.
Optionally, the box-shaped reaction frame includes：Box-shaped reaction frame body and it is arranged at the box-shaped reaction frame body
Outside some guide rails；
Wherein, the box-shaped reaction frame body has a box-shaped reaction frame central shaft hole, the box-shaped reaction frame central shaft
The box-shaped reaction frame body is run through in hole, and is surround by some guide rails.
Optionally, the pressure transferred structure includes：One main lever, two sub-levers, connecting rod, four it is first oblique
Iron, four the second wedges, four briquettings, a cross push pedals；
The quantity of some guide rails is four；
The main lever is connected with the force application part, and the two ends of the main lever are located in two sub-levers respectively
Portion；
Described two sub-levers are connected to the first end of the box-shaped reaction frame body, the two ends difference position of each sub-lever
In the first end of the wedge of any two first, the second end of each first wedge is respectively positioned in the cross push pedal, described four
First wedge is respectively arranged in four guide rails；
Wherein, each first wedge, one the second wedge of correspondence and a briquetting, each second wedge is respectively positioned on corresponding
Briquetting and the first wedge between, and be connected with corresponding briquetting, each briquetting is connected with the box-shaped reaction frame；
Each first wedge and the second wedge are respectively provided with an inclined-plane, and the inclined-plane of the first wedge is located at the second corresponding wedge
Inclined-plane on；
The connecting rod is interspersed in the box-shaped reaction frame central shaft hole, and one end of the connecting rod connects with the main lever
Connect, the other end of the connecting rod is connected with the cross push pedal, the cross push pedal is located at the of the box-shaped reaction frame body
Two ends.
Optionally, the pressure transferred structure also includes：Circular arc nut, the circular arc nut is located at the cross push pedal
Downside, and be connected with the connecting rod.
Optionally, the briquetting is connected with the box-shaped reaction frame by spring.
Optionally, the second end of the box-shaped reaction frame has four notches, and the cross push pedal has four push pedals convex
Rise, four push pedals are raised to be located in four notches respectively.
Optionally, the box-shaped reaction frame also includes the second wedge connecting portion, and the second wedge connecting portion is fixedly installed
Waist hole is provided with the first end of the box-shaped reaction frame body, the second wedge connecting portion, second wedge passes through
The waist hole is connected to the first end of the box-shaped reaction frame body.
Optionally, the centre of the main lever, which is fixedly installed on sphere connecting portion, the sphere connecting portion, has sphere
Groove, the force application part has a spherical surface hill, and the spherical surface hill is arranged in the spherical groove.
Optionally, stop member is also included on the box-shaped reaction frame, for stopping that second wedge is moved downward；Institute
The lower end for stating the second wedge is located at the upper end of the stop member.
Optionally, in addition to some connecting plates, the internal support device passes through some connecting plates and the pile cover body
Connection.
Optionally, in addition to pile cover lengthening part, the pile cover lengthening part is arranged at the upper end of the pile cover body, and with institute
The connection of pile cover body is stated, the exciting force is delivered to the pile cover body by the pile cover lengthening part.
In the pile cover that the utility model is provided, using the close connection of pile cover and steel pile casting inwall, by hydraulic vibration driver
Exciting force be effectively transferred to steel pile casting, and because the maximum outside diameter of the part between pile cover body two ends is protected less than or equal to steel
The external diameter of cylinder, so vibration hammer can be enable, to underground, to be shaken directly by steel pile casting exciting so as to improve in existing construction method
Dynamic hammer can only be by steel pile casting exciting to earth's surface, and needs that is cut again to the every unnecessary part of steel pile casting earth's surface to lack
Point, and this pile cover can on the steel pile casting of same specification Reusability, so both save material cost, again improve construction effect
Rate.
Brief description of the drawings
Fig. 1 is the front view of the pile cover in the embodiment of the application one；
Fig. 2 is Fig. 1 cross section view A-A；
Fig. 3 is that the vibration hammer in the embodiment of the application one is clamped in the schematic diagram that pile cover is constructed；
Fig. 4 is the explosive view of the pile cover in the embodiment of the application one；
Fig. 5 a and 5b are the master of the internal support device (having concealed box-shaped reaction frame) of the pile cover in the embodiment of the application one respectively
View and top view；
Fig. 6 a and 6b are the front view and top view of the box-shaped reaction frame in the embodiment of the application one respectively.
Fig. 7 is that the vibration hammer in the embodiment of the application one is clamped in the schematic diagram that pile cover lengthening part is constructed；
In figure：1- vibration hammers；11- pile cover lengthening parts；12- steel pile castings；2- pile cover bodies；21- hydraulic jacks；The main thick sticks of 31-
Bar；32- sub-levers；33- connecting rods；4- box-shaped reaction frames；41- box-shaped reaction frame bodies；42- guide-rail plates；The wedges of 43- second are connected
Portion；44- notches；45- box-shaped reaction frame central shaft holes；46- gussets；47- stop members；The wedges of 5- first；The wedges of 6- second；
61- hangers；7- briquettings；81- press piece pins；82- springs；9- cross push pedals；91- push pedal central shaft holes；92- push pedals are raised；10- justifies
Arc nut.
Embodiment
The core concept of the application is that internal support device will be set on pile cover body, and utilizes internal support device by pile cover and steel
Casing is connected, so that effectively exciting force is passed into steel pile casting, and steel pile casting is driven underground.
Below in conjunction with the drawings and specific embodiments to the utility model proposes pile cover be described in further detail.Under
Face illustrates and claims that advantages and features of the present utility model will become apparent from.It should be noted that, accompanying drawing is using very simple
The form of change and use non-accurately ratio, only to it is convenient, lucidly aid in illustrating the purpose of the utility model embodiment.
A kind of pile cover is present embodiments provided, for steel pile casting 12 to be driven underground completely, Fig. 1-4 are referred to, it is distinguished
Show schematic diagram and explosive view on pile cover different visual angles in this implementation.Pile cover includes：Pile cover body 2 and inner support dress
Put.Pile cover body 2 is mainly used in the exciting force of vibration hammer 1 passing to steel pile casting 12, the lower surface of pile cover body 2 and steel pile casting 12
Upper surface contact, so that the downward exciting force of vibration hammer 1 is delivered on steel pile casting 12 by end face.Internal support device is mainly used
It is connected in by pile cover body 2 with steel pile casting 12, according to demand, in piling, internal support device is clamped on the periphery in steel pile casting 12
On, after the completion of piling, internal support device discharges the active force being applied on steel pile casting 12, and drives 12 points of pile cover and steel pile casting
From.One end of pile cover body 2 is used to receiving the exciting force of vibration hammer 1, and the other end of pile cover body 2 is used for and 12 pairs of steel pile casting
Connect；The full-size in section is less than or equal to the external diameter of the steel pile casting 12 between the two ends of pile cover body 2, so that pile cover
It is a part of can enter earth's surface below, so that steel pile casting 12 be driven underground completely.Pile cover body 2 can be one in the present embodiment
The steel cylinder of drum, its external diameter and steel pile casting are in the same size；Pile cover body 2 or polygonal steel cylinder, as long as can protect
One end that card pile cover body 2 is docked with steel pile casting 12 can be pressed on steel pile casting 12, and the full-size of part is less than thereon
Or equal to the external diameter of steel pile casting 12.The requirement of the size is to ensure that pile cover does not stop the sinking of steel pile casting.
Specifically, one end of pile cover body 2 is provided with cavity, internal support device is connected in the cavities, so as to make full use of stake
The inner space of cap body 2.Wherein, vibration hammer 1 is hammered into shape to exempt from resonance.
Further, internal support device includes：Force application part, pressure transferred structure and box-shaped reaction frame 4, force application part is used for
Pressure is provided, can be hydraulic jack 21；Hydraulic jack 21 is fixed on the top of cavity, and high-pressure oil pipe connects through pile cover body 2
It is connected on hydraulic jack 21, is that hydraulic jack 21 provides hydraulic oil.Pressure transferred structure, for the pressure of hydraulic jack 21 to be passed
It is delivered on steel pile casting 12, pile cover body 2 and steel pile casting 12 is linked together；Box-shaped reaction frame 4 is used to carry pressure transmission machine
Structure.Because pile cover body 2 and steel pile casting 12 are tightly secured in together by internal support device, so the steel pile casting docking of pile cover body 2
Position is difficult skew, so that the exciting force of vibration hammer 1 is preferably transmitted.
Box-shaped reaction frame 4 is fixed in the cavity of pile cover body 2 by some connecting plate (not shown)s.Specifically
, some connecting plates are welded in the outside of box-shaped reaction frame 4, the other end of connecting plate is welded in the cavity of pile cover body 2
On wall.
The outside of box-shaped reaction frame 4 is provided with some guide rails (being four in figure), and each guide rail is by being welded on box-shaped counter-force
Two pieces of guide-rail plates 42 in the outside of frame body 41 are formed.Refering to Fig. 6 a and 6b, which respectively show the front view of box-shaped reaction frame 4 and
Top view, it can be seen that box-shaped reaction frame 4 includes:Box-shaped reaction frame body 41, some guide-rail plates 42, the connection of the second wedge
Portion 43 and some gussets 46.Box-shaped reaction frame central shaft hole 45 is additionally provided with the center of box-shaped reaction frame body 41,
Box-shaped reaction frame central shaft hole 45 runs through box-shaped reaction frame body 41, and is surround by some guide rails.
Second wedge connecting portion 43, which is located on the first end of box-shaped reaction frame body 41, the second wedge connecting portion 43, to be provided with
Waist hole；Waist hole can make the bearing pin on sub-lever 32 have the space moved up and down in certain limit in waist hole.Box-shaped reaction frame sheet
There are four notches 44 at second end of body 41.Pass through four muscle between box-shaped reaction frame central shaft hole 45 and box-shaped reaction frame body 41
Plate 46 is connected, so as to improve the intensity of box-shaped reaction frame 4.
Further, pressure transferred structure includes：One main lever 31, two sub-levers 32, connecting rod 33, four first
Wedge 5, four the second wedge 6, four briquettings 7, a cross push pedals.Specifically refer to Fig. 5 a and Fig. 5 b.
Wherein, main lever 31 is connected with force application part, and the two ends of main lever 31 are press respectively against the middle part of two sub-levers 32；
Two sub-levers 32 are connected to the first end of box-shaped reaction frame 4, and the two ends of each sub-lever 32 are pressed in the first of the first wedge 5
End, the second side pressure of the first wedge 5 is in cross push pedal, and the first wedge 5 is arranged in guide rail；It is oblique that second wedge 6 is located at first
The side of iron 5, and be connected with briquetting 7；Briquetting 7 is connected with box-shaped reaction frame 4, and positioned at the outside of the cavity of pile cover body 2, so that pressure
Block 7 can be pressed on the inwall of steel pile casting 12.
Due to the slight deformation or mistake circle of the wall of steel pile casting 12, cause the displacement of briquetting 7 in the horizontal direction different, from
And cause the position of four piece of first wedge 5 may be just different, in order to ensure that four piece of first wedge 5 can be moved downward synchronously,
Every two piece of first wedge 5 is controlled by a sub-lever 32, and two sub-levers 32 are controlled by a main lever 31 of top again.First
The height difference of wedge 5 can cause the inclination of sub-lever 32, and the inclination of sub-lever 32 can further result in pressure above it
Main lever 31 inclination.In order to allow the pressure energy of hydraulic jack 21 to be more effectively transferred on inclined main lever 31, hydraulic pressure
Connected between oil cylinder 21 and main lever 31 using ball joint.Specifically, the centre of main lever 31 is fixedly installed sphere connection
There is spherical groove, force application part has a spherical surface hill, and spherical surface hill is arranged in spherical groove on portion, sphere connecting portion,
And utilize pin connection.
Connecting rod 33 is interspersed in box-shaped reaction frame central shaft hole 45, and one end of connecting rod 33 is connected with main lever 31, connecting rod 33
The other end be connected with cross push pedal 9, cross push pedal 9 be located at box-shaped reaction frame 4 the second end.Specifically, box-shaped reaction frame 4
Second end has four notches 44, and cross push pedal 9 has four push pedal projections 92, and four push pedal projections 92 are located at four grooves respectively
In mouth 44, so that cross push pedal 9 can be movable in a vertical direction, and the first wedge 5 is driven to move up and down.Cross push pedal 9 with
Main lever 31 is connected by the connecting rod 33 equipped with cross contiguous block, and cross push pedal 9 is connected with connecting rod 33 by circular arc nut 10.Liquid
When the control main lever 31 of compressing cylinder 21 is moved up and down, the cross push pedal 9 connected by connecting rod 33 is also done to be moved up and down accordingly.Ten
Four push pedal projections 92 of the end of word push pedal 9 are respectively placed in four piece of first lower section of wedge 5, when cross push pedal 9 is by hydraulic jack 21
When drive is lifted up, four push pedal projections 92 of push pedal drive four piece of first wedge 5 to be lifted respectively, make the first wedge 5 and
Two wedges 6 are separated, and release the horizontal force being applied on briquetting 7, and such pile cover can just depart from steel pile casting 12.
Each middle part of briquetting 7, which is provided with circular hole, each second wedge 6, is respectively provided with two the second wedge hangers 61, and second
One circular hole is set on wedge hangers 61, the circular hole being each passed through on the second wedge hangers 61 and the middle part of briquetting 7 are sold using briquetting 7
Circular hole, the wedge 6 of briquetting 7 and second is linked together.There is one to be used to hang spring 82 respectively at the two ends that briquetting 7 is sold
Hole, one end of spring 82 is hung on the pin of briquetting 7, and the other end is hung on box-shaped reaction frame 4.Second wedge in the presence of extension spring 82
6 can be along guide rail to contract with briquetting 7.Briquetting 7 can slightly be swung, the two ends of briquetting 7 in the presence of horizontal component
It can be closely adhered to automatically on the inwall of steel pile casting 12.
Further, the other end of connecting rod 33 is connected with cross push pedal 9 with circular arc nut 10, and one end of circular arc nut 10 has
One spherical groove.Cross push pedal 9 can freely swing in arc groove, it is ensured that four push pedal projections 92 of cross push pedal 9 to
It can be contacted less with more than two pieces of the first wedge 5, so as to ensure cross push pedal 9 in the pressure of the first wedge of removal 5, improve and connect
The force-bearing situation of bar 33, and the pressure on the first wedge of removal 5 can be distinguished, so as to remove on the briquetting 7 being connected with the second wedge 6
Horizontal pressure force, briquetting 7 and the inwall of steel pile casting 12 is departed from.
Further, main lever 31 is connected with hydraulic jack 21 by flexural pivot.Specifically, the middle setting of main lever 31
Having has spherical groove on sphere connecting portion, sphere connecting portion, force application part has a spherical surface hill, and spherical surface hill is arranged at ball
In the groove of face.
Further, the first wedge 5 and the second wedge 6 are respectively provided with an inclined-plane, and it is oblique that the inclined-plane of the first wedge 5 is pressed in described second
On the inclined-plane of iron 6, four the second wedges 6 by another four piece of first wedge 5 controlled by hydraulic jack 21 extruding, by hydraulic oil
Vertical force is converted into horizontal force by the power vertically downward that cylinder 21 is produced by the inclined-plane of two the first wedges 5 and the second wedge 6,
The briquetting 7 being connected with the second wedge 6 is pressed on the inwall of steel pile casting 12 by this horizontal force so that pile cover and steel pile casting 12 it
Between form gapless close connection, thus the horizontal exciting force of hydraulic vibration driver 1 can be effectively transferred to underground steel pile casting
12。
Further, stop member 47 is additionally provided with box-shaped reaction frame 4, for stopping that the second wedge 6 is vertically moved,
Reaction force is provided for the second wedge 6；The lower end of second wedge 6 is located at the upper end of stop member 47, so that the first wedge 5 is applied
When being pressed in the inclined-plane of the second wedge 6, the second wedge 6 can only be moved in the horizontal direction.Specifically, stop member 47 is four pieces of iron blocks
Or bloom, those skilled in the art should be it is well known that stop member 47 be the part that relative pressure transmission mechanism is fixed, and it is fixed
Position is not limited to be fixed on the lower end of connecting plate or is fixed on box-shaped reaction frame 4.It is preferred that, the company of being welded on of stop member 47
The lower end of fishplate bar.In each accompanying drawing of specification, due to concealing connecting plate, so not shown connecting plate and stop member 47
Annexation.
If wanting the steel pile casting 12 deeper place is driven underground, pile cover lengthening part 11 can also be set, by pile cover lengthening part
11 are arranged at the upper end of pile cover body 2, and are connected with pile cover body 2.So as to which vibration hammer 1 is accommodated in the upper end of pile cover lengthening part 11,
Specifically it see Fig. 7.
It is as follows using the detailed process of this pile cover：
Long some meters steel pile casting 12 is sent to after ground surface by vibration hammer 1, and the clamping jaw of hydraulic vibration driver 1 will be equipped with hydraulic pressure
The pile cover lower end of internal support device is plugged in the endoporus of steel pile casting 12, and pile cover lower surface is contacted with the upper surface of steel pile casting 12, hydraulic pressure
The downward exciting force of vibration hammer 1 is transmitted by two end faces of pile cover and steel pile casting 12, and the exciting force of level is by pile cover
The thrust transmission of briquetting 7.
The oil pipe that two of the top of pile cover body 2 are connected with hydraulic jack 21, by hydraulic quick coupling and ground
Hydraulic pressure pump truck is connected, and is just stretched out the piston rod of hydraulic jack 21 by the operation valve on hydraulic pressure pump truck.
Equipped with the oil control check valve being connected with the rodless cavity of hydraulic jack 21 and accumulator on hydraulic pressure pump truck, oil control check valve
Effect be locked out the pressure of the rodless cavity of hydraulic jack 21.During the downward exciting pile cover of vibration hammer 1, briquetting 7 is protected with steel
Micro deformation will occur for 12 inwall contact positions of cylinder.If without accumulator, therefore the thrust of briquetting 7 will diminish so that hydraulic vibration
The exciting force of hammer 1 can not be effectively passed on steel pile casting 12.It is mounted with after accumulator, can be to the rodless cavity of hydraulic jack 21
Pressure is supplemented, so as to ensure that briquetting 7 can be pressed on the inwall of steel pile casting 12 all the time.
It is described after vibration hammer 1 is by the construction requirement position under pile cover exciting to earth's surface, pass through the operation on hydraulic pressure pump truck
Valve just withdraws the piston rod of hydraulic jack 21, and the now cross push pedal of pile cover bottom is driven by hydraulic jack 21 and is lifted up,
Four push pedal projections 92 of cross push pedal drive four piece of first wedge 5 to be lifted respectively, the first wedge 5 is separated with the second wedge 6,
Removal is applied to the horizontal force on foundary weight, and briquetting 7 is to contract in the presence of extension spring, and such briquetting 7 just can be with steel pile casting 12
Wall departs from, and now hydraulic vibration driver 1 can just propose pile cover to ground.
To sum up, the hydraulic pressure inner bearing type stake that the application is provided utilizes the close connection of pile cover and steel pile casting inwall, by vibration hammer
Exciting force be effectively transferred to steel pile casting, and because the maximum outside diameter of the part between pile cover body two ends is protected less than or equal to steel
The external diameter of cylinder, so can enable vibration hammer directly by steel pile casting exciting to underground, so as to avoid existing vibration hammer in exciting
During steel pile casting, part steel pile casting can not be driven underground, and need the part unnecessary to every steel pile casting earth's surface to be cut again
Shortcoming, and this pile cover can on each steel pile casting Reusability, so both save material cost, again improve construction effect
Rate.
Foregoing description is only the description to the utility model preferred embodiment, not to any limit of the utility model scope
Calmly, the those of ordinary skill in the utility model field does according to the disclosure above content any change, modification, belonging to right will
Seek the protection domain of book.
Claims (14)
1. a kind of pile cover, for exciting force to be passed into steel pile casting, it is characterised in that including：Pile cover body and with the pile cover
The internal support device of body connection；The internal support device is used to the pile cover body being connected with the steel pile casting；
One end of the pile cover body is used to receive the exciting force, and the other end of the pile cover body is used for and the steel pile casting
Docking；The full-size in section is less than or equal to the external diameter of the steel pile casting between the pile cover body two ends.
2. pile cover as claimed in claim 1, it is characterised in that the internal support device includes：
Force application part, for providing pressure；
Pressure transferred structure, for by the pressure transmission to the steel pile casting；And,
Box-shaped reaction frame, for carrying the pressure transferred structure；
The force application part is connected with the pressure transferred structure, and the pressure transferred structure is arranged on the box-shaped reaction frame
On.
3. pile cover as claimed in claim 2, it is characterised in that the force application part is hydraulic jack.
4. pile cover as claimed in claim 2, it is characterised in that the pile cover body has a cavity, the force application part and
The box-shaped reaction frame is each attached in the cavity.
5. the pile cover as described in claim 2 or 4, it is characterised in that the box-shaped reaction frame includes：Box-shaped reaction frame body with
And it is arranged at some guide rails of the box-shaped reaction frame body exterior；
Wherein, the box-shaped reaction frame body has a box-shaped reaction frame central shaft hole, and the box-shaped reaction frame central shaft hole is passed through
The box-shaped reaction frame body is worn, and is surround by some guide rails.
6. pile cover as claimed in claim 5, it is characterised in that the pressure transferred structure includes：One main lever, two points
Lever, connecting rod, four the first wedges, four the second wedges, four briquettings, a cross push pedals；
The quantity of some guide rails is four；
The main lever is connected with the force application part, and the two ends of the main lever are located at the middle part of two sub-levers respectively；
Described two sub-levers are connected to the first end of the box-shaped reaction frame body, and the two ends of each sub-lever are located at respectively appoints
The first end of two the first wedges of meaning, the second end of each first wedge is respectively positioned in the cross push pedal, described four first
Wedge is respectively arranged in four guide rails；
Wherein, each first wedge, one the second wedge of correspondence and a briquetting, each second wedge are respectively positioned on corresponding pressure
Between block and the first wedge, and it is connected with corresponding briquetting, each briquetting is connected with the box-shaped reaction frame；
Each first wedge and the second wedge are respectively provided with an inclined-plane, and the inclined-plane of the first wedge is located at the oblique of the second corresponding wedge
On face；
The connecting rod is interspersed in the box-shaped reaction frame central shaft hole, and one end of the connecting rod is connected with the main lever, institute
The other end for stating connecting rod is connected with the cross push pedal, and the cross push pedal is located at the second end of the box-shaped reaction frame body.
7. pile cover as claimed in claim 6, it is characterised in that the pressure transferred structure also includes：Circular arc nut, the circle
Arc nut is located at the downside of the cross push pedal, and is connected with the connecting rod.
8. pile cover as claimed in claim 6, it is characterised in that the briquetting is connected with the box-shaped reaction frame by spring.
9. pile cover as claimed in claim 6, it is characterised in that the second end of the box-shaped reaction frame has four notches, institute
Cross push pedal is stated with four push pedal projections, four push pedals are raised to be located in four notches respectively.
10. pile cover as claimed in claim 6, it is characterised in that the box-shaped reaction frame also includes the second wedge connecting portion, institute
State and set on the first end that the second wedge connecting portion is fixedly installed on the box-shaped reaction frame body, the second wedge connecting portion
There is waist hole, second wedge is connected to the first end of the box-shaped reaction frame body by the waist hole.
11. pile cover as claimed in claim 6, it is characterised in that the centre of the main lever is fixedly installed sphere connecting portion,
There is spherical groove, the force application part has a spherical surface hill, and the spherical surface hill is arranged at institute on the sphere connecting portion
State in spherical groove.
12. pile cover as claimed in claim 6, it is characterised in that also include stop member on the box-shaped reaction frame, for hindering
Second wedge is kept off to move downward；The lower end of second wedge is located at the upper end of the stop member.
13. pile cover as claimed in claim 1, it is characterised in that also including some connecting plates, the internal support device passes through described
Some connecting plates are connected with the pile cover body.
14. pile cover as claimed in claim 1, it is characterised in that also including pile cover lengthening part, the pile cover lengthening part is arranged at
The upper end of the pile cover body, and be connected with the pile cover body, the exciting force is delivered to institute by the pile cover lengthening part
State pile cover body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621474183.1U CN206359977U (en) | 2016-12-30 | 2016-12-30 | Pile cover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621474183.1U CN206359977U (en) | 2016-12-30 | 2016-12-30 | Pile cover |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206359977U true CN206359977U (en) | 2017-07-28 |
Family
ID=59377812
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621474183.1U Expired - Fee Related CN206359977U (en) | 2016-12-30 | 2016-12-30 | Pile cover |
Country Status (1)
| Country | Link |
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| CN (1) | CN206359977U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522205A (en) * | 2016-12-30 | 2017-03-22 | 上海市机械施工集团有限公司 | Pile cap |
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2016
- 2016-12-30 CN CN201621474183.1U patent/CN206359977U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522205A (en) * | 2016-12-30 | 2017-03-22 | 上海市机械施工集团有限公司 | Pile cap |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170728 Termination date: 20181230 |