CN104895572B - Massif vertical line is dug well machine - Google Patents
Massif vertical line is dug well machine Download PDFInfo
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- CN104895572B CN104895572B CN201510153730.XA CN201510153730A CN104895572B CN 104895572 B CN104895572 B CN 104895572B CN 201510153730 A CN201510153730 A CN 201510153730A CN 104895572 B CN104895572 B CN 104895572B
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Abstract
Dug well machine the invention discloses massif vertical line, including the parcel framework being arranged on the wall of surrounding mountain, parcel lower portion is provided with support beam layer, operating platform is additionally provided with the downside of support beam layer, the beam slab attachment structure for both to be connected with each other is provided between support beam layer and operating platform, transport storehouse and framework retaining-plate are additionally provided with below operating platform, carry retaining-plate is additionally provided with support beam layer.The present invention provides a kind of massif vertical line and digs well machine, it is to avoid carry out vertical excavation using large scale equipment, reduces the difficulty and cost of excavation, further increases the efficiency of massif vertical excavation.
Description
Technical field
The invention belongs to equipment technical field of digging well, and in particular to a kind of massif vertical line is dug well machine.
Background technology
Demand, building constructions or the national defense construction for completing mine in massif internal vertical excavated space primarily now pass through
Jumbo is completed, it is necessary first to a passage for allowing equipment to enter enough is got through in massif, then by jumbo
Erection is further excavated to top in the channel.Although the excavation inside massif so can be completed, general weight
The volume of type equipment is all larger, and if desired jumbo is completely fed to inside massif then to need one huge level of excavation to lead to
Road, substantially increases the difficulty and cost of massif internal vertical excavation, reduces the efficiency of massif internal vertical excavation.
The content of the invention
Dig well machine it is an object of the invention to provide a kind of massif vertical line, it is to avoid vertically dug using large scale equipment
Pick, reduces the difficulty and cost of excavation, further increases the efficiency of massif vertical excavation.
To achieve these goals, the technical solution adopted by the present invention is as follows：
Massif vertical line is dug well machine, including the parcel framework being arranged on the wall of surrounding mountain, is provided with parcel lower portion
Support beam layer (1), operating platform (3) is additionally provided with the downside of support beam layer (1), in support beam layer (1) and operation
The beam slab attachment structure (4) for both to be connected with each other is provided between platform (3), is additionally provided with below operating platform
Storehouse (5) and framework retaining-plate (6) are transported, carry retaining-plate (2) is additionally provided with support beam layer (1)；
The parcel framework is made up of the transverse cross beams laterally set, corner structure and vertically arranged support stringer,
Double end fork is provided with transverse cross beams, beam slab attachment structure (4) is fixed on parcel framework by double end fork, the transverse cross beams
Pitched by double end on the cement layer for being fixed on mountain wall or being cast on the wall of mountain, support stringer is vertically arranged in two adjacent transverse directions
Between crossbeam, the cement layer level being cast with cement layer, ground on the mountain wall of the bottom of parcel framework and bottom surface is poured
Cement layer on note, mountain wall is vertical with the cement layer on ground, and four infrared rays are also vertically arranged with the cement layer on ground
Position indicator, four infrared ray position indicators are separately positioned on the inner side of parcel framework corner, are judged by the infrared ray position indicator
And adjusting the setting of parcel framework and the traveling of support beam layer (1) makes it vertical with the cement layer of bottom surface, in parcel framework
On be also vertically arranged with least a set of extractor fan, the extractor fan is made up of air exhauster and intake stack, and the intake stack prolongs
Extend at operating platform (3) position.
Further, the support beam layer (1) is by several are into the crossbeam connector (11) of matrix arrangement and set
Main body of cross-beam composition between two neighboring crossbeam connector (11), the upper side of crossbeam connector (11) and main body of cross-beam is equal
For cambered surface, the groove for fixing steel wire rope is additionally provided with the upper side of main body of cross-beam, in the bottom of support beam layer (1)
Elastic force offset plate (14) is additionally provided with, at least one coupling bar (12) and at least one cord hole are provided with each main body of cross-beam
(15) a matched card cheese (13), is provided with each cord hole (15)；The coupling bar (12) is into cylindric
It is vertically arranged on main body of cross-beam, main body of cross-beam is extended and through elastic force offset plate (14) in the lower end of the coupling bar (12), at this
Coupling bar (12), which runs through also to be horizontally disposed with the part of elastic force offset plate (14), a through hole, and steel wire is provided with the through hole
Rope；The cord hole (15) is horizontally set on main body of cross-beam and through the main body of cross-beam, and card cheese (13) is vertically arranged in crossbeam
In main body, the end of the card cheese (13) is threadedly coupled with main body of cross-beam and extended at the position of cord hole (15), cord hole (15)
In be provided with steel wire rope；The end for being arranged on coupling bar (12) and the steel wire rope in cord hole (15) is provided with a hook.
Further, the carry retaining-plate (2) surrounds the outside for being arranged on support beam layer (1), the carry retaining-plate
(2) be flexibly connected with main body of cross-beam or crossbeam connector (11), the carry retaining-plate (2) can along link position carry out upset with
It is fixed.
Preferably, the operating platform (3) hangs the lower section for being located at support beam layer (1), operating platform by steel wire rope
(3) mainly it is formed by connecting, is connect between two pieces of adjacent steel plates (31) by being weldingly connected, in two pieces of phases by some pieces of steel plates (31)
At least one is additionally provided with adjacent steel plate (31) while be welded on the reinforcement on two pieces of adjacent steel plates (31), steel plate (31)
Set location is corresponding with main body of cross-beam, and a beam slab connection is provided with the intersection of two vertically disposed steel plates (31)
Structure (4), the upper end of the beam slab attachment structure (4) is fixed on support beam layer (1), in the steel plate (31) in center
On be additionally provided with center fixed plate (32), be further opened with the center fixed plate (32) one run through the center fixed plate (32)
And at same position steel plate (31) through hole, operating platform (3) edge placement and center fixed plate (32) in the middle of
Through hole is additionally provided with pulley, is additionally provided with steel plate (31) and the use that matches of steel wire rope position on support beam layer (1)
In the link of fixed steel cord ends hook, the pulley matched with the pulley is additionally provided with Shan Bishang, is set from Shan Bi bottoms
Steel wire rope is put to pass sequentially through in the middle of the pulley for being arranged on mountain wall, the pulley at operating platform (3) edge and center fixed plate (32)
The pulley that through hole goes out is finally fixed on link.
Further, the beam slab attachment structure (4) it is main by clamp (41), support box (42), hydraulic stem (44) with
And hydraulic stem connecting plate (43) is constituted, clamp (41) is arranged on the both sides of support box (42), and the bottom of clamp (41) is fixed on
The upside of operating platform (3), is also vertically arranged with one piece of bottom in the side of support box (42) and is fixed on operating platform (3)
The fixed plate of side, the card matched in fixed plate with being additionally provided with support box (42) at corresponding position with double end fork for a pair
Hole, the bottom and the upper end of support box (42) of hydraulic stem (44) are solidified as a whole, and hydraulic stem connecting plate (43) is arranged on hydraulic stem
(44) top, and hydraulic stem connecting plate (43) and support beam layer (1) is fixed together, hydraulic stem is further opened with card on (44)
Groove, the neck is used to fix double end fork, and special support is additionally provided with support box (42).
Further, the transport storehouse (5) includes transport storehouse main body (51), and the transport storehouse main body (51) is hollow cube
Body, is provided with a spring base (53) at the top dead center position of the transport storehouse main body (51), and the spring base (53) is into hollow
It is barrel-shaped, a safe top plate (52) for being used to be connected with operating platform (3), the peace are provided with the top of spring base (53)
Full top plate (52) is fixed on the underface of center fixed plate (32), and the center of the safe top plate (52) is provided with one and led to
Hole, the steel wire rope through center fixed plate (32) is also fixed on transport storehouse master also cross safe top plate (52) and spring base (53)
On body (51), the upside of transport storehouse main body 51 is provided with clamp (54), clamp (54) is symmetrical arranged, symmetrically arranged at two
Spring box (55) is additionally provided between clamp (54), the two ends of the spring in the spring box (55) be separately fixed at two it is right
Claim the end of clamp (54), the connecting rope being connected with safe top plate (52) is additionally provided with clamp (54), in spring box
(55) controller for controlling spring to flick under state of weightlessness is additionally provided with.
Further, the framework retaining-plate (6) is hanging connected in the lower section of operating platform (3), the framework branch by steel wire rope
The centre position of backplate (6) offers the through hole that a shape is matched with position with transport storehouse (5), and the framework retaining-plate
(6) corner location, which is not hung, sets steel wire rope.
The present invention compared with prior art, with advantages below and beneficial effect：
(1) present invention is provided with steel wire rope, and steel wire rope interts between cord hole turns into a wire rope net, can be good at
The ratchel for avoiding top from dropping directly is pounded on elastic force offset plate, operating platform or transport storehouse, further enhancing equipment
Security and service life, the elastic force offset plate set below support beam layer can be good at preventing rubble from dropping flat in operation
On platform or transport storehouse, in the crack that further avoid rubble fall parts product, the use longevity of equipment is preferably added
Life, reduces the frequency of maintenance of equipment；
(2) present invention is saved in cord hole and is provided with matched card cheese, and card cheese is used cooperatively with cord hole, what is used
During can revotating card cheese adjustment card cheese to the force size of the steel wire rope through cord hole, can be good at adjusting steel wire
Restrict through length, further increase the adaptability of equipment, the steel wire rope can extend on ground, can be good at
Risen and decentralization into hanging for small article；
(3) present invention is provided with carry retaining-plate, platform retaining-plate and hydraulic pressure support seat, and carry retaining-plate can needed
Will when outwardly open and fix, can be good at by support beam layer be fixed on its location of at, platform retaining-plate can
Outwardly open when needed and fixed, can be good at operating platform being fixed at the location of its, hydraulic pressure support seat energy
Enough that support beam layer is connected with each other with operating platform, in support beam layer, one of them is fixed on its institute with operating platform
The height residing for another by the adjustment of hydraulic pressure support seat can also be crossed during place position, the height that equipment is completed well adjusted
Journey, it is to avoid the excavation of vertical massif is completed using large scale equipment, the use value of product is further increased；
(4) present invention is provided with spring base, safe top plate and clamp, and spring base can reduce transport storehouse main body in transport
During produce rock, improve the stability of its operation, further avoid transport storehouse main body, to rock the safety brought hidden
Suffer from, safe top plate is connected by connecting rope with clamp, the folding and unfolding of connecting rope can be controlled by controller, when needing to fix
Loosen connecting rope, two symmetrically arranged clamps in the presence of middle springs to both sides ejecting card collateral fagging neck
In, it can be good at by transport storehouse agent localization at corresponding position, so as to preferably improve the stabilization of equipment operation
Property and security.
Brief description of the drawings
Fig. 1 is structural representation of the invention.
Fig. 2 is the structural representation of support beam of the present invention.
Fig. 3 is the top view of operating platform of the present invention.
Fig. 4 is the structural representation of beam slab attachment structure of the present invention.
Fig. 5 transports the structural representation in storehouse for the present invention.
Fig. 6 wraps up the structural representation of framework for the present invention.
Fig. 7 is the top view of the corner structure of the present invention.
Fig. 8 is the structural representation of the corner structure of the present invention.
Fig. 9 is the structural representation of the support stringer of the present invention.
Figure 10 is the structural representation of the special support of the present invention.
Description of reference numerals：1st, support beam layer；2nd, carry retaining-plate；3rd, operating platform；4th, beam slab attachment structure；5th, transport
Defeated storehouse；6th, framework supporting；11st, crossbeam connector；12nd, coupling bar；13rd, card cheese；14th, elastic force offset plate；15th, cord hole；31st, steel
Plate；32nd, center fixed plate；41st, clamp；42nd, box is supported；43rd, hydraulic stem connecting plate；44th, hydraulic stem；51st, storehouse main body is transported；
52nd, safe top plate；53rd, spring base；54th, clamp；55th, spring box.
Embodiment
The invention will be further described with reference to the accompanying drawings and examples, and embodiments of the present invention include but is not limited to
The following example.
Embodiment
The machine as shown in figure 1, massif vertical line is dug well, including the parcel framework being arranged on the wall of surrounding mountain, in parcel framework
Support beam layer 1 is internally provided with, operating platform 3 is additionally provided with the downside of support beam layer 1, in support beam layer 1 and behaviour
Make to be provided with the beam slab attachment structure 4 for both to be connected with each other between platform 3, fortune is additionally provided with below operating platform
Defeated storehouse 5 and framework retaining-plate 6, carry retaining-plate 2 is additionally provided with support beam layer 1.
As Figure 6-9, above-mentioned parcel framework is by the transverse cross beams laterally set, corner structure and vertically arranged branch
Longeron composition is supportted, double end fork is provided with transverse cross beams, beam slab attachment structure 4 is fixed on parcel framework by double end fork,
The transverse cross beams are pitched on the cement layer for being fixed on mountain wall or being cast on the wall of mountain by double end, and support stringer is vertically arranged in two
Between adjacent transverse cross beams, the water on cement layer, ground is cast with the mountain wall of the bottom of parcel framework and bottom surface
Cement layer on mud layer casting on flat, mountain wall is vertical with the cement layer on ground, is also vertically arranged with the cement layer on ground
Four infrared ray position indicators, four infrared ray position indicators are separately positioned on the inner side of parcel framework corner, fixed by the infrared ray
Position instrument makes it vertical with the cement layer of bottom surface to judge and adjust the setting of parcel framework and the traveling of support beam layer 1,
At least a set of extractor fan is also vertically arranged with parcel framework, the extractor fan is made up of air exhauster and intake stack, and this enters
Wind pipeline is extended at the position of operating platform 3.Corner structure is arranged on the angle position of parcel framework, at the two ends of corner structure
End is respectively arranged with one piece of vertical fixed plate, and fixing hole is additionally provided with fixed plate, to by corner structure and transverse direction
Crossbeam is fixed together.The two ends end of support stringer offers a groove matched with transverse cross beams respectively, by two during setting
End is stuck between bilevel transverse cross beams.There is at least one tunnel for leading to the present invention inside massif,
The cement layer that a layer thickness is at least one meter is cast with the inwall in tunnel, to consolidate tunnel.On the outside of parcel framework
Cement layer needs according to the actual requirements and the situation of mountain wall geology is poured into a mould, and is needed before by double end fork fixed lateral crossbeam
Want to insert timber wedge in present mountain wall or cement layer, first timber wedge is fixed in mountain wall or cement layer, then double end is pitched and inserted
Enter in timber wedge.Extraneous air is pumped into by extractor fan by pipeline, the position where operating platform is sent into by intake stack
Put, the intake stack is lengthened with the rising of operating platform.
As shown in Fig. 2 the support beam layer 1 is by several are into the crossbeam connector 11 of matrix arrangement and are arranged on phase
Main body of cross-beam composition between adjacent two crossbeam connectors 11, the upper side of crossbeam connector 11 and main body of cross-beam is cambered surface,
The groove for fixing steel wire rope is additionally provided with the upper side of main body of cross-beam, is additionally provided with the bottom of support beam layer 1
Elastic force offset plate 14, is provided with least one coupling bar 12 and at least one cord hole 15 on each main body of cross-beam, in each rope
A matched card cheese 13 is provided with hole 15.The coupling bar 12 is vertically arranged in main body of cross-beam into cylindric
On, main body of cross-beam is extended and through elastic force offset plate 14 in the lower end of the coupling bar 12, runs through elastic force offset plate in the coupling bar 12
Also being horizontally disposed with 14 part has a through hole, and steel wire rope is provided with the through hole；The cord hole 15 is horizontally set on horizontal stroke
In beam main body and through the main body of cross-beam, card cheese 13 is vertically arranged on main body of cross-beam, the end of the card cheese 13 and crossbeam
Main body screw is connected and extended at the position of cord hole 15, and steel wire rope is provided with cord hole 15；It is arranged on coupling bar 12 and rope
The end of steel wire rope on hole 15 is provided with a hook.The carry retaining-plate 2, which is surrounded, is arranged on the outer of support beam layer 1
Side, the carry retaining-plate 2 is flexibly connected with main body of cross-beam or crossbeam connector 11, and the carry retaining-plate 2 can enter along link position
Row upset is with fixing.Steel wire rope interts between cord hole turns into wire rope net, and can be good at avoiding top from dropping is big
Stone is directly pounded on elastic force offset plate, operating platform or transport storehouse, further enhancing the security and service life of equipment,
The elastic force offset plate set below support beam layer can be good at preventing rubble from dropping on operating platform or transport storehouse, enter
One step is avoided in the crack of rubble fall parts product, preferably adds the service life of equipment, reduces the dimension of equipment
Protect frequency.Card cheese is used cooperatively with cord hole, during use can revotating card cheese adjustment card cheese to through cord hole
Steel wire rope force size, can be good at adjust steel wire penetrating length, further increase the adaptability of equipment,
The steel wire rope can be extended to individually on ground, be can be good at hanging for completion small article and risen and decentralization.Carry retaining-plate energy
It is enough to outwardly open when needed and fixed, it can be good at support beam layer being fixed at the location of its.Connect in beam slab
The present invention can also be adjusted by steel wire rope when connecing structural failure.
As shown in figure 3, aforesaid operations platform 3 hangs the lower section for being located at support beam layer 1 by steel wire rope, operating platform 3 is led
To be formed by connecting, be connect between two blocks of adjacent steel plates 31 by being weldingly connected, in two blocks of adjacent steel plates by some blocks of steel plates 31
At least one is additionally provided with 31 while be welded on the reinforcement on two blocks of adjacent steel plates 31, the set location and crossbeam of steel plate 31
Main body is corresponding, and a beam slab attachment structure 4, beam slab connection are provided with the intersection of two vertically disposed steel plates 31
The upper end of structure 4 is fixed on support beam layer 1, and center fixed plate 32 is additionally provided with the steel plate 31 in center,
The through hole of a steel plate 31 at the center fixed plate 32 and same position is further opened with the center fixed plate 32,
Through hole in the middle of the edge placement and center fixed plate 32 of operating platform 3 is additionally provided with pulley, is also set up on steel plate 31
There is the link for being used to fix steel cord ends hook matched with steel wire rope position on support beam layer 1, also set on the wall of mountain
The pulley matched with the pulley is equipped with, sets steel wire rope to pass sequentially through the pulley for being arranged on mountain wall, operation from Shan Bi bottoms and puts down
The pulley that the pulley and the intermediate throughholes of center fixed plate 32 at the edge of platform 3 go out is finally fixed on link.Set and twist in tunnel
The folding and unfolding of the automobile-used steel wire rope that Shan Bi bottoms are connected to control, so as to complete the folding and unfolding of the steel wire rope to traction transport storehouse.Should
Winch can also be to control discrepancy of the conveying arrangement of the native stone under transport excavation in tunnel.Center fixed plate can be further
Strengthen the stress-bearing capability of middle steel plate, and then improve the intensity of middle link position, it is to avoid safety caused by steel plate deformed
The generation of accident, improves the security of product.
As shown in Fig. 4,10, above-mentioned beam slab attachment structure 4 is main by clamp 41, support box 42, hydraulic stem 44 and liquid
Depression bar connecting plate 43 is constituted, and clamp 41 is arranged on the both sides of support box 42, and the bottom of clamp 41 is fixed on the upper of operating platform 3
Side, is also vertically arranged with the fixed plate that one piece of bottom is fixed on the upside of operating platform 3, in fixed plate in the side of support box 42
The hole clipping matched with being additionally provided with support box 42 at corresponding position with double end fork for a pair, the bottom of hydraulic stem 44 and support
The upper end of box 42 is solidified as a whole, and hydraulic stem connecting plate 43 is arranged on the top of hydraulic stem 44, and hydraulic stem connecting plate 43 and branch
Support tiers of beams 1 is fixed together, and neck is further opened with hydraulic stem 44, and the neck is used to fix double end fork, in support box 42
Inside it is additionally provided with special support.When equipment is fixed, the double end fork insertion support box adjacent with parcel framework and fixation
In the hole clipping of plate, whole operation platform is got up, when needing to rise, the double end fork in hole clipping is removed, and double end is pitched
In the neck for inserting hydraulic stem, the shell of hydraulic stem is fixed, keeps shell to fix not when hydraulic stem upward jack-up
It is dynamic, the upward jack-up support beam layer of hydraulic rod top, and operating platform is risen by steel wire rope together with support beam layer, upper
Rise causes the shell of hydraulic stem to rise to matched position successively again after finishing, and first pitches double end from needing reset when shell rises
Taken out in the neck of hydraulic stem, then double end fork is once again secured in the hole clipping of support box and stator, then control the liquid
Depression bar inverted running so that the shell of hydraulic stem rises to the position of matching.Controller is additionally provided with the operational platform, the control
Device processed is connected with each hydraulic stem simultaneously, the lifting to control hydraulic stem.It is additionally provided with and is used in the inside of support box
The special support in space between hydraulic stem and support box is filled up, when hydraulic stem extends, hydraulic pressure is worked as in special bearing height reduction
Hydraulic stem shortens when the shell of bar resets, and special support is raised above filling up gap, and the special support that this is raised above is more preferable
Gap is filled in while filling up so that whole beam slab attachment structure rises again, after special support has filled up gap successively
Control hydraulic stem cycles of elongation increases the height of equipment again.
As shown in figure 5, above-mentioned transport storehouse 5 includes transport storehouse main body 51, the transport storehouse main body 51 is hollow cube,
A spring base 53 is provided with the top dead center position of the transport storehouse main body 51, the spring base 53 is into hollow barrel-shaped, in bullet
The top of spring abutment 53 is provided with a safe top plate 52 for being used to be connected with operating platform 3, during the safe top plate 52 is fixed on
The underface of heart fixed plate 32, and the center of the safe top plate 52 is provided with a through hole, through center fixed plate 32
Steel wire rope is also fixed in transport storehouse main body 51 also cross safe top plate 52 and spring base 53, in the upside of transport storehouse main body 51
Clamp 54 is provided with, clamp 54 is symmetrical arranged, is additionally provided with spring box 55 between two symmetrically arranged clamps 54, the bullet
The two ends of spring in spring box 55 are separately fixed at the end of two symmetrical clamps 54, are additionally provided with clamp 54 and safety
The connecting rope that top plate 52 is connected, is additionally provided with the controller for controlling spring to flick under state of weightlessness on spring box 55.
Spring base can reduce rocking of being produced in transportation of transport storehouse main body, improve the stability of its operation, further keep away
Exempt from transport storehouse main body and rock the potential safety hazard brought.Under state of weightlessness, the spring in controller control spring box is flicked,
Two symmetrically arranged clamps under the action of the spring to both sides ejecting card mountain wall or parcel framework on, can be good at by
Storehouse agent localization is transported at corresponding position, the security that product is used is further increased.
The framework retaining-plate 6 is hanging connected in the lower section of operating platform 3 by steel wire rope, the interposition of the framework retaining-plate 6
Put and offer the through hole that a shape and position are matched with transport storehouse 5, and the corner location of the framework retaining-plate 6 does not hang and sets steel
Cord.The base plane in transport storehouse can be fixed both by screw after rising at the position concordant with framework retaining-plate
Together, to increase the stability of whole plane.In actual use, framework retaining-plate can lower section to corresponding position
Place, to allow operating personnel at the position to carrying out operation.
, it is necessary to which the mountain wall of upside is dug into pine or pick by explosion hammer, drill bit or explosive before the present invention drives up
Remove, can be used directly rising of the present invention when wall is more loose on upside mountain, the upper end arc surface of support beam can will be soft
Mountain wall top, which is scattered, to be come, and then completes to rise.
According to above-described embodiment, the present invention just can be realized well.What deserves to be explained is, before said structure design
Put, to solve same technical problem, some made in the present invention are used without substantial change or polishing
Technical scheme essence still as the present invention, therefore it should also be as within the scope of the present invention.
Claims (7)
- The machine 1. massif vertical line is dug well, it is characterised in that including the parcel framework being arranged on the wall of surrounding mountain, in parcel framework Portion is provided with support beam layer (1), and operating platform (3) is additionally provided with the downside of support beam layer (1), in support beam layer (1) the beam slab attachment structure (4) for both to be connected with each other is provided between operating platform (3), under operating platform Side is additionally provided with transport storehouse (5) and framework retaining-plate (6), and carry retaining-plate (2) is additionally provided with support beam layer (1)；The parcel framework is made up of the transverse cross beams laterally set, corner structure and vertically arranged support stringer, in horizontal stroke Double end fork is provided with to crossbeam, beam slab attachment structure (4) is fixed on parcel framework by double end fork, and the transverse cross beams pass through Double end is pitched on the cement layer for being fixed on mountain wall or being cast on the wall of mountain, and support stringer is vertically arranged in two adjacent transverse cross beams Between, the cement layer casting on flat on cement layer, ground, mountain are cast with the mountain wall of the bottom of parcel framework and bottom surface Cement layer on wall is vertical with the cement layer on ground, and four infrared ray positioning are also vertically arranged with the cement layer on ground Instrument, four infrared ray position indicators are separately positioned on the inner side of parcel framework corner, judge and adjust by the infrared ray position indicator The setting of whole parcel framework and the traveling of support beam layer (1) make it vertical with the cement layer of bottom surface, on parcel framework also At least a set of extractor fan is vertically arranged with, the extractor fan is made up of air exhauster and intake stack, and the intake stack is extended to At operating platform (3) position.
- The machine 2. massif vertical line according to claim 1 is dug well, it is characterised in that the support beam layer (1) is by some Individual crossbeam connector (11) into matrix arrangement and the main body of cross-beam group being arranged between two neighboring crossbeam connector (11) Into the upper side of crossbeam connector (11) and main body of cross-beam is cambered surface, and being additionally provided with the upper side of main body of cross-beam is used for The groove of fixed steel wire rope, elastic force offset plate (14) is additionally provided with the bottom of support beam layer (1), on each main body of cross-beam At least one coupling bar (12) and at least one cord hole (15) are provided with, one and its are provided with each cord hole (15) The card cheese (13) matched somebody with somebody；The coupling bar (12) is vertically arranged on main body of cross-beam into cylindric, the lower end of the coupling bar (12) Extend main body of cross-beam and through elastic force offset plate (14), run through at the part of elastic force offset plate (14) in the coupling bar (12) and go back water It is flat to be provided with a through hole, it is provided with steel wire rope in the through hole；The cord hole (15) is horizontally set on main body of cross-beam and passed through The main body of cross-beam is worn, card cheese (13) is vertically arranged on main body of cross-beam, end and the main body of cross-beam screw thread of the card cheese (13) Connect and extend at the position of cord hole (15), cord hole is provided with steel wire rope in (15)；It is arranged on coupling bar (12) and cord hole (15) end of the steel wire rope on is provided with a hook.
- The machine 3. massif vertical line according to claim 2 is dug well, it is characterised in that the carry retaining-plate (2) is surrounded and set Put in the outside of support beam layer (1), the carry retaining-plate (2) is flexibly connected with main body of cross-beam or crossbeam connector (11), should Carry retaining-plate (2) can be overturn with being fixed along link position.
- The machine 4. massif vertical line according to claim 3 is dug well, it is characterised in that the operating platform (3) passes through steel wire Rope hangs the lower section for being located at support beam layer (1), and operating platform (3) is mainly formed by connecting by some pieces of steel plates (31), and adjacent two Block steel plate is connect between (31) by being weldingly connected, and at least one is additionally provided with while being welded on two pieces of adjacent steel plates (31) Reinforcement on two pieces of adjacent steel plates (31), the set location of steel plate (31) is corresponding with main body of cross-beam, is vertically arranged at two The intersection of steel plate (31) be provided with a beam slab attachment structure (4), the upper end of the beam slab attachment structure (4) is fixed on branch Support on tiers of beams (1), center fixed plate (32) is additionally provided with the steel plate (31) in center, in the center fixed plate (32) through hole of a steel plate (31) at the center fixed plate (32) and same position is further opened with, in operating platform (3) edge placement and the middle through hole of center fixed plate (32) is additionally provided with pulley, is additionally provided with steel plate (31) The link for being used to fix steel cord ends hook matched with steel wire rope position on support beam layer (1), also sets on the wall of mountain The pulley matched with the pulley is equipped with, sets steel wire rope to pass sequentially through the pulley for being arranged on mountain wall, operation from Shan Bi bottoms and puts down The pulley that the pulley and center fixed plate (32) intermediate throughholes at platform (3) edge go out is finally fixed on link.
- The machine 5. massif vertical line according to claim 4 is dug well, it is characterised in that the beam slab attachment structure (4) is main It is made up of clamp (41), support box (42), hydraulic stem (44) and hydraulic stem connecting plate (43), clamp (41) is arranged on support The both sides of box (42), the bottom of clamp (41) is fixed on the upside of operating platform (3), is also erected in the side of support box (42) The fixed plate that one piece of bottom is fixed on the upside of operating platform (3) directly is provided with, it is corresponding with support box (42) in fixed plate A pair are additionally provided with position and pitches the hole clipping matched with double end, the bottom and the upper end of support box (42) of hydraulic stem (44) are admittedly One, hydraulic stem connecting plate (43) is arranged on the top of hydraulic stem (44), and hydraulic stem connecting plate (43) and support beam layer (1) It is fixed together, hydraulic stem is further opened with neck on (44), the neck is used to fix double end fork, is also set in support box (42) It is equipped with special support.
- The machine 6. massif vertical line according to claim 5 is dug well, it is characterised in that the transport storehouse (5) includes transport storehouse Main body (51), the transport storehouse main body (51) is hollow cube, is set at the top dead center position of the transport storehouse main body (51) A spring base (53) is equipped with, the spring base (53) is into hollow barrel-shaped, and the top of spring base (53), which is provided with one, to be used for The safe top plate (52) being connected with operating platform (3), the safe top plate (52) is fixed on the underface of center fixed plate (32), And the center of the safe top plate (52) is provided with a through hole, through center fixed plate (32) steel wire rope also also cross Safe top plate (52) is fixed in transport storehouse main body (51) with spring base (53), and the upside of transport storehouse main body 51 is provided with clamp (54), clamp (54) is symmetrical arranged, and spring box (55), the spring are additionally provided between two symmetrically arranged clamps (54) The two ends of spring in box (55) are separately fixed at the end of two symmetrical clamps (54), be additionally provided with clamp (54) with The connecting rope that safe top plate (52) is connected, is additionally provided with spring box (55) and controls what spring was flicked under state of weightlessness Controller.
- The machine 7. massif vertical line according to claim 6 is dug well, it is characterised in that the framework retaining-plate (6) passes through steel Cord is hanging connected in the lower section of operating platform (3), the centre position of the framework retaining-plate (6) offer a shape and position with The through hole of storehouse (5) matching is transported, and the corner location of the framework retaining-plate (6) does not hang and sets steel wire rope.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510153730.XA CN104895572B (en) | 2015-04-02 | 2015-04-02 | Massif vertical line is dug well machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510153730.XA CN104895572B (en) | 2015-04-02 | 2015-04-02 | Massif vertical line is dug well machine |
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| Publication Number | Publication Date |
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| CN104895572A CN104895572A (en) | 2015-09-09 |
| CN104895572B true CN104895572B (en) | 2017-10-17 |
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| CN201510153730.XA Active CN104895572B (en) | 2015-04-02 | 2015-04-02 | Massif vertical line is dug well machine |
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Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE427535C (en) * | 1924-09-27 | 1926-04-09 | Westdeutsche Tiefbohrgesellsch | Method and apparatus for making fractures |
| DE662983C (en) * | 1936-09-12 | 1938-07-26 | Erich Fritz | Movable platform for breaking up shafts and breaking up |
| FR1284286A (en) * | 1961-03-17 | 1962-02-09 | Bolidens Gruv Ab | Mine well drilling process |
| GB1566419A (en) * | 1978-01-11 | 1980-04-30 | Taylor Woodrow Const Ltd | Shaft raising |
| US4207016A (en) * | 1977-05-31 | 1980-06-10 | Dowa Mining Co., Ltd. | Method and apparatus for supporting the wall of an upwardly excavated shaft |
| CN85104730A (en) * | 1985-06-20 | 1986-05-10 | 谷瑞生 | Synthetic drilling and demolition well driving machine |
| CN103184872A (en) * | 2013-03-20 | 2013-07-03 | 中国水利水电第十四工程局有限公司 | Construction method of one-time excavation for large-section vertical well |
| CN104110261A (en) * | 2014-06-13 | 2014-10-22 | 中国水利水电第十二工程局有限公司 | Construction method for expanding excavation of shaft at one time in reverse mode |
-
2015
- 2015-04-02 CN CN201510153730.XA patent/CN104895572B/en active Active
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE427535C (en) * | 1924-09-27 | 1926-04-09 | Westdeutsche Tiefbohrgesellsch | Method and apparatus for making fractures |
| DE662983C (en) * | 1936-09-12 | 1938-07-26 | Erich Fritz | Movable platform for breaking up shafts and breaking up |
| FR1284286A (en) * | 1961-03-17 | 1962-02-09 | Bolidens Gruv Ab | Mine well drilling process |
| US4207016A (en) * | 1977-05-31 | 1980-06-10 | Dowa Mining Co., Ltd. | Method and apparatus for supporting the wall of an upwardly excavated shaft |
| GB1566419A (en) * | 1978-01-11 | 1980-04-30 | Taylor Woodrow Const Ltd | Shaft raising |
| CN85104730A (en) * | 1985-06-20 | 1986-05-10 | 谷瑞生 | Synthetic drilling and demolition well driving machine |
| CN103184872A (en) * | 2013-03-20 | 2013-07-03 | 中国水利水电第十四工程局有限公司 | Construction method of one-time excavation for large-section vertical well |
| CN104110261A (en) * | 2014-06-13 | 2014-10-22 | 中国水利水电第十二工程局有限公司 | Construction method for expanding excavation of shaft at one time in reverse mode |
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| Publication number | Publication date |
|---|---|
| CN104895572A (en) | 2015-09-09 |
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