CN104895572A - Mountain body vertical line well sinking machine - Google Patents
Mountain body vertical line well sinking machine Download PDFInfo
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- CN104895572A CN104895572A CN201510153730.XA CN201510153730A CN104895572A CN 104895572 A CN104895572 A CN 104895572A CN 201510153730 A CN201510153730 A CN 201510153730A CN 104895572 A CN104895572 A CN 104895572A
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Abstract
The invention provides a mountain body vertical line well sinking machine comprising a surrounding frame arranged on the peripheral mountainside. A support cross beam layer is arranged in the surrounding frame. An operation platform is arranged on the lower side of the support cross beam layer. A beam-plate connecting structure used for connecting the support cross beam layer and the operation platform is arranged between the support cross beam layer and the operation platform; a transport bin and a frame support are arranged below the operation platform; advance support plates are arranged on the support cross beam layer. The vertical excavating with large apparatuses is avoided; the excavation difficulty and cost are reduced; and the efficiency of vertical excavation of mountain bodies is further increased.
Description
Technical field
The present invention relates to a kind of measurement mechanism, be specifically related to a kind of massif vertical line used in accurate and Ultra-precision Turning and measurement and dig well machine.
Background technology
Complete in massif internal vertical excavated space that the demand in mine, building constructions or national defense construction mainly come by jumbo now, first need in massif, get through a passage enough allowing equipment enter, then jumbo erection is further excavated top in the channel.Although the excavation of massif inside so can be completed, but the volume of general jumbo is all larger, if desired jumbo is sent into completely the horizontal channel that massif inside then needs excavation one huge, substantially increase difficulty and the cost of the excavation of massif internal vertical, reduce the efficiency that massif internal vertical is excavated.
Summary of the invention
The object of the present invention is to provide a kind of massif vertical line to dig well machine, avoid and use main equipment to carry out vertical excavation, reduce difficulty and the cost of excavation, further increase the efficiency of massif vertical excavation.
To achieve these goals, the technical solution used in the present invention is as follows:
Massif vertical line is dug well machine, comprise the parcel framework be arranged on the wall of surrounding mountain, parcel lower portion is provided with supporting traverse layer, also operating platform is provided with in the downside of supporting traverse layer, be provided with for inciting somebody to action both interconnective beam slab syndetons between supporting traverse layer and operating platform, also be provided with transport storehouse and framework supporting in the below of operating platform, supporting traverse layer is also provided with carry retaining-plate.
Further, above-mentioned parcel framework is by the transverse cross beams of horizontally set, corner structure and the vertical support stringer composition arranged, transverse cross beams is provided with double end fork, beam slab syndeton is fixed on parcel framework by double end fork, this transverse cross beams is fixed on mountain wall by double end fork or is cast on the cement layer on the wall of mountain, support stringer is vertically arranged between two adjacent transverse cross beams, the mountain wall and bottom surface of the bottom of parcel framework are all cast with cement layer, ground cement layer casting on flat, cement layer on the wall of mountain is vertical with ground cement layer, the cement layer on ground is also vertically provided with four infrared rays position indicators, four infrared rays position indicators are separately positioned on the inner side of parcel framework corner, judged by this infrared rays position indicator and adjust the parcel setting of framework and advancing of supporting traverse layer makes it vertical with the cement layer of bottom surface, parcel framework is also vertically provided with at least a set of extractor fan, this extractor fan is made up of induced draft fan and intake stack, this intake stack extends to operating platform position.
As preferably, the crossbeam connector that described supporting traverse layer becomes matrix to arrange by several and the main body of cross-beam be arranged between adjacent two crossbeam connectors form, the upper side of crossbeam connector and main body of cross-beam is cambered surface, the upper side of main body of cross-beam is also provided with the groove for fixing wire rope, elastic force offset plate is also provided with in the bottom of supporting traverse layer, each main body of cross-beam is provided with at least one coupling bar and at least one cord hole, each cord hole is provided with a card cheese mated with it.Described coupling bar becomes cylindric and is vertically arranged on main body of cross-beam, and the lower end of this coupling bar is extended main body of cross-beam and run through elastic force offset plate, and the part place running through elastic force offset plate at this coupling bar has also been horizontally disposed with a through hole, in this through hole, be provided with wire rope; Described cord hole to be horizontally set on main body of cross-beam and to run through this main body of cross-beam, and card cheese is vertically arranged on main body of cross-beam, and the end of this card cheese is threaded with main body of cross-beam and extends to the position of cord hole, is provided with wire rope in cord hole; The end being arranged on the wire rope in coupling bar and cord hole is provided with a hook.
As preferably, described carry retaining-plate surrounds the outside being arranged on supporting traverse layer, and this carry retaining-plate is flexibly connected with main body of cross-beam or crossbeam connector, and this carry retaining-plate can carry out overturning along link position and fix.
Further, aforesaid operations platform hangs the below being located at supporting traverse layer by wire rope, operating platform is formed by connecting primarily of some block plates, connect by being weldingly connected between two adjacent block plates, two blocks of adjacent steel plates are also provided with at least one and are welded on reinforcing rib on two blocks of adjacent steel plates simultaneously, the setting position of steel plate is corresponding with main body of cross-beam, a beam slab syndeton is provided with in the intersection of two vertically disposed steel plates, the upper end of this beam slab syndeton is fixed on supporting traverse layer, the steel plate being in center is also provided with center fixed head, this center fixed head also offers the through hole that runs through this center fixed head and same position place steel plate, through hole in the middle of the edge placement and center fixed head of operating platform is also provided with pulley, steel plate is also provided with the link linked up with for fixing steel cord ends matched with wire rope position on supporting traverse layer, mountain wall is also provided with the pulley matched with this pulley, wire rope is set bottom the wall of mountain successively by being arranged on the pulley of mountain wall, the pulley that the pulley at operating platform edge and center fixed head intermediate throughholes go out finally is fixed on link.
Further, above-mentioned beam slab syndeton is primarily of clamp, support box, hydraulic stem and hydraulic stem junction plate composition, clamp is arranged on the both sides supporting box, the bottom of clamp is fixed on the upside of operating platform, also vertically be provided with one piece of bottom and be fixed on fixed head on the upside of operating platform supporting the side of box, also be provided with a pair in the position that fixed head is corresponding on support box and pitch the hole clipping of mating with double end, the bottom of hydraulic stem is solidified as a whole with the upper end supporting box, hydraulic stem junction plate is arranged on the top of hydraulic stem, and hydraulic stem junction plate and supporting traverse layer are fixed together, hydraulic stem also offers draw-in groove, this draw-in groove is used for fixing double end fork, special support is also provided with in support box.
In addition, above-mentioned transport storehouse comprises transport storehouse main body, this transport storehouse main body is hollow cube, the top dead center position place of this transport storehouse main body is provided with a spring base, this spring base becomes open circles tubbiness, a safe top board for being connected with operating platform is provided with on the top of spring base, this safe top board is fixed on immediately below the fixed head of center, and the center of this safe top board is provided with a through hole, wire rope through center fixed head is also fixed on through safe top board and spring base simultaneously and transports in the main body of storehouse, the upside of transport storehouse main body 51 is provided with clamp, clamp is symmetrical arranged, also spring box is provided with between two symmetrically arranged clamps, the two ends of the spring in this spring box are separately fixed at the end of two symmetrical clamps, clamp is also provided with the connection cord be connected with safe top board, spring box is also provided with the controller that control spring flicks under state of weightlessness.
As preferably, described framework retaining-plate is hanging connected in the below of operating platform by wire rope, and the centre position of this framework retaining-plate offers the through hole that a shape is all mated with transport storehouse with position, and the corner location of this framework retaining-plate does not hang and establishes wire rope.
The present invention compared with prior art, has the following advantages and beneficial effect:
(1) the present invention is provided with wire rope, wire rope interts between cord hole becomes a wire rope net, the ratchel that can be good at avoiding top to drop directly is pounded on elastic force offset plate, operating platform or transport storehouse, further enhancing safety and the application life of equipment, the elastic force offset plate arranged below supporting traverse layer can be good at preventing rubble from dropping on operating platform or transport storehouse, further avoid in the crack of rubble fall parts product, better add the application life of equipment, reduce the frequency of maintenance of equipment;
(2) the present invention economizes in cord hole and is provided with the card cheese mated with it, card cheese and cord hole with the use of, the force size of card cheese to the wire rope through cord hole can be adjusted by revotating card cheese in the process used, can be good at the length adjusting steel wire penetrating, further increase the adaptive capacity of equipment, this wire rope can extend on ground, can be good at hanging of small article and has risen and transfer;
(3) the present invention is provided with carry retaining-plate, platform retaining-plate and hydraulic pressure support seat, carry retaining-plate can outwards be opened when needed and fix, can be good at the position be fixed on by supporting traverse layer residing for it, platform retaining-plate can outwards be opened when needed and fix, can be good at the position be fixed on by operating platform residing for it, supporting traverse layer and operating platform can be connected with each other by hydraulic pressure support seat, can also cross when one of them is fixed on its present position at supporting traverse layer and operating platform and adjust height residing for another by hydraulic pressure support seat, well complete the height adjustment process of equipment, avoid and adopt main equipment to complete the excavation of vertical massif, further increase the use value of product,
(4) the present invention is provided with spring base, safe top board and clamp, what spring base can reduce that transport storehouse main body produces in transportation rocks, improve the stability that it runs, further avoid transport storehouse main body and rock the potential safety hazard brought, safe top board is connected with clamp by connection cord, can the folding and unfolding of control connection rope by controller, connection cord is loosened when needs are fixing, two symmetrically arranged clamps under the effect of middle springs to both sides ejecting card in the draw-in groove of collateral fagging, can be good at transport storehouse agent localization in corresponding position, thus better can improve stability and the safety of equipment operation.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation of supporting traverse 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 syndeton of the present invention.
Fig. 5 is the structural representation that the present invention transports storehouse.
Fig. 6 is the structural representation that the present invention wraps up framework.
Fig. 7 is the top view of corner structure of the present invention.
Fig. 8 is the structural representation of corner structure of the present invention.
Fig. 9 is the structural representation of support stringer of the present invention.
Figure 10 is the structural representation of special support of the present invention.
Description of reference numerals: 1, supporting traverse layer; 2, carry retaining-plate; 3, operating platform; 4, beam slab syndeton; 5, storehouse is transported; 6, framework supporting; 11, crossbeam connector; 12, coupling bar; 13, card cheese; 14, elastic force offset plate; 15, cord hole; 31, steel plate; 32, center fixed head; 41, clamp; 42, box is supported; 43, hydraulic stem junction plate; 44, hydraulic stem; 51, storehouse main body is transported; 52, safe top board; 53, spring base; 54, clamp; 55, spring box.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described, and embodiments of the present invention include but not limited to the following example.
Embodiment
As shown in Figure 1, massif vertical line is dug well machine, comprise the parcel framework be arranged on the wall of surrounding mountain, parcel lower portion is provided with supporting traverse layer 1, operating platform 3 is also provided with in the downside of supporting traverse layer 1, be provided with between supporting traverse layer 1 and operating platform 3 for by both interconnective beam slab syndetons 4, be also provided with transport storehouse 5 and framework supporting 6 in the below of operating platform, supporting traverse layer 1 is also provided with carry retaining-plate 2.
As Figure 6-9, above-mentioned parcel framework is by the transverse cross beams of horizontally set, corner structure and the vertical support stringer composition arranged, transverse cross beams is provided with double end fork, beam slab syndeton 4 is fixed on parcel framework by double end fork, this transverse cross beams is fixed on mountain wall by double end fork or is cast on the cement layer on the wall of mountain, support stringer is vertically arranged between two adjacent transverse cross beams, the mountain wall and bottom surface of the bottom of parcel framework are all cast with cement layer, ground cement layer casting on flat, cement layer on the wall of mountain is vertical with ground cement layer, the cement layer on ground is also vertically provided with four infrared rays position indicators, four infrared rays position indicators are separately positioned on the inner side of parcel framework corner, judged by this infrared rays position indicator and adjust the parcel setting of framework and advancing of supporting traverse layer 1 makes it vertical with the cement layer of bottom surface, parcel framework is also vertically provided with at least a set of extractor fan, this extractor fan is made up of induced draft fan and intake stack, this intake stack extends to operating platform 3 position.Corner structure is arranged on the angle position of parcel framework, is respectively arranged with one piece of vertical fixed head, fixed head is also provided with fixing hole, in order to corner structure and transverse cross beams to be fixed together in the end, two ends of corner structure.The end, two ends of support stringer offers a groove mated with transverse cross beams respectively, is stuck between bilevel transverse cross beams at two ends when arranging.Have at least one to lead to tunnel of the present invention in massif inside, the inwall in tunnel is all cast with the cement layer that a layer thickness is at least a meter, in order to firm tunnel.Cement layer outside parcel framework needs according to the actual requirements and the situation of mountain wall geology is poured into a mould, need to insert timber wedge in present mountain wall or cement layer before by double end fork fixed lateral crossbeam, first timber wedge is fixed in mountain wall or cement layer, then double end fork is inserted in timber wedge.Extractor fan is by the air in the external world by pipeline suction, and sent into the position at operating platform place by intake stack, this intake stack lengthens along with the rising of operating platform.
As shown in Figure 2, the crossbeam connector 11 that described supporting traverse layer 1 becomes matrix to arrange by several and the main body of cross-beam be arranged between adjacent two crossbeam connectors 11 form, crossbeam connector 11 is cambered surface with the upper side of main body of cross-beam, the upper side of main body of cross-beam is also provided with the groove for fixing wire rope, elastic force offset plate 14 is also provided with in the bottom of supporting traverse layer 1, each main body of cross-beam is provided with at least one coupling bar 12 and at least one cord hole 15, each cord hole 15 is provided with a card cheese 13 mated with it.Described coupling bar 12 one-tenth is cylindric to be vertically arranged on main body of cross-beam, the lower end of this coupling bar 12 is extended main body of cross-beam and is run through elastic force offset plate 14, the part place running through elastic force offset plate 14 at this coupling bar 12 has also been horizontally disposed with a through hole, in this through hole, be provided with wire rope; Described cord hole 15 to be horizontally set on main body of cross-beam and to run through this main body of cross-beam, and card cheese 13 is vertically arranged on main body of cross-beam, and the end of this card cheese 13 is threaded with main body of cross-beam and extends to the position of cord hole 15, is provided with wire rope in cord hole 15; The end being arranged on the wire rope in coupling bar 12 and cord hole 15 is provided with a hook.Described carry retaining-plate 2 surrounds the outside being arranged on supporting traverse layer 1, and this carry retaining-plate 2 is flexibly connected with main body of cross-beam or crossbeam connector 11, and this carry retaining-plate 2 can carry out overturning along link position and fix.Wire rope interts between cord hole becomes a wire rope net, the ratchel that can be good at avoiding top to drop directly is pounded on elastic force offset plate, operating platform or transport storehouse, further enhancing safety and the application life of equipment, the elastic force offset plate arranged below supporting traverse layer can be good at preventing rubble from dropping on operating platform or transport storehouse, further avoid in the crack of rubble fall parts product, better add the application life of equipment, reduce the frequency of maintenance of equipment.Card cheese and cord hole with the use of, the force size of card cheese to the wire rope through cord hole can be adjusted by revotating card cheese in the process used, can be good at the length adjusting steel wire penetrating, further increase the adaptive capacity of equipment, this wire rope can extend to separately on ground, can be good at hanging of small article and has risen and transfer.Carry retaining-plate can outwards be opened when needed and fix, and can be good at the position be fixed on by supporting traverse layer residing for it.When beam slab syndeton is damaged, the present invention also adjusts by wire rope.
As shown in Figure 3, aforesaid operations platform 3 hangs the below being located at supporting traverse layer 1 by wire rope, operating platform 3 is formed by connecting primarily of some block plates 31, connect by being weldingly connected between two adjacent block plates 31, two blocks of adjacent steel plates 31 are also provided with at least one and are welded on reinforcing rib on two blocks of adjacent steel plates 31 simultaneously, the setting position of steel plate 31 is corresponding with main body of cross-beam, a beam slab syndeton 4 is provided with in the intersection of two vertically disposed steel plates 31, the upper end of this beam slab syndeton 4 is fixed on supporting traverse layer 1, the steel plate 31 being in center is also provided with center fixed head 32, this center fixed head 32 also offers the through hole that runs through this center fixed head 32 and same position place steel plate 31, through hole in the middle of the edge placement and center fixed head 32 of operating platform 3 is also provided with pulley, steel plate 31 is also provided with the link linked up with for fixing steel cord ends matched with wire rope position on supporting traverse layer 1, mountain wall is also provided with the pulley matched with this pulley, wire rope is set bottom the wall of mountain successively by being arranged on the pulley of mountain wall, the pulley that the pulley at operating platform 3 edge and center fixed head 32 intermediate throughholes go out finally is fixed on link.The folding and unfolding of winch in order to the wire rope of control connection bottom the wall of mountain is set in tunnel, thus completes the folding and unfolding of the wire rope to traction transport storehouse.This winch can also in order to control the discrepancy of conveying arrangement in tunnel of transporting the native stone under excavating.Center fixed head can strengthen the stress-bearing capability of middle steel plate further, and then improves the intensity of middle link position, avoids the generation of the security incident that steel plate deformed causes, and improves the safety of product.
As Fig. 4, shown in 10, above-mentioned beam slab syndeton 4 is primarily of clamp 41, support box 42, hydraulic stem 44 and hydraulic stem junction plate 43 form, clamp 41 is arranged on the both sides supporting box 42, the bottom of clamp 41 is fixed on the upside of operating platform 3, also vertically be provided with one piece of bottom and be fixed on fixed head on the upside of operating platform 3 supporting the side of box 42, also be provided with a pair in the position that fixed head is corresponding on support box 42 and pitch the hole clipping of mating with double end, the bottom of hydraulic stem 44 is solidified as a whole with the upper end supporting box 42, hydraulic stem junction plate 43 is arranged on the top of hydraulic stem 44, and hydraulic stem junction plate 43 and supporting traverse layer 1 are fixed together, hydraulic stem 44 also offers draw-in groove, this draw-in groove is used for fixing double end fork, special support is also provided with in support box 42.When equipment maintains static, double end fork inserts in the hole clipping of the support box adjacent with parcel framework and fixed head, whole operating platform is supported, when needs rise, take off the double end fork in hole clipping, and double end fork is inserted in the draw-in groove of hydraulic stem, the shell of hydraulic stem is fixed, keep shell to maintain static when hydraulic stem upwards jack-up, hydraulic rod top is jack-up supporting traverse layer upwards, and operating platform is risen together with supporting traverse layer by wire rope, after rising, make the shell of hydraulic stem rise to matched position more successively, take out the draw-in groove of the hydraulic stem first double end fork resetted from needs when shell rises, again double end fork is fixed in the hole clipping supporting box and stator again, then this hydraulic stem inverted running is controlled, the shell of hydraulic stem is made to rise to the position of coupling.Also be provided with controller on the operational platform, this controller is connected with each hydraulic stem, in order to the lifting of hydraulic control bar simultaneously.The special support filled up hydraulic stem and support space between box is also provided with in the inside supporting box, when hydraulic stem extends, special bearing height reduces, when the shell of hydraulic stem resets, hydraulic stem shortens, special support is upwards risen and is filled up gap, this special support of upwards rising makes whole beam slab syndeton again rise while being better filled in gap and filling up, and after special support has filled up gap successively, hydraulic control bar cycles of elongation increases the height of equipment again.
As shown in Figure 5, above-mentioned transport storehouse 5 comprises transport storehouse main body 51, this transport storehouse main body 51 is hollow cube, the top dead center position place of this transport storehouse main body 51 is provided with a spring base 53, this spring base 53 one-tenth open circles tubbiness, a safe top board 52 for being connected with operating platform 3 is provided with on the top of spring base 53, this safe top board 52 is fixed on immediately below center fixed head 32, and the center of this safe top board 52 is provided with a through hole, wire rope through center fixed head 32 is also fixed on through safe top board 52 and spring base 53 simultaneously and transports in storehouse main body 51, the upside of transport storehouse main body 51 is provided with clamp 54, clamp 54 is symmetrical arranged, spring box 55 is also provided with between two symmetrically arranged clamps 54, the two ends of the spring in this spring box 55 are separately fixed at the end of two symmetrical clamps 54, clamp 54 is also provided with the connection cord be connected with safe top board 52, spring box 55 is also provided with the controller that control spring flicks under state of weightlessness.What spring base can reduce that transport storehouse main body produces in transportation rocks, and improves the stability that it runs, further avoid transport storehouse main body and rock the potential safety hazard brought.Under state of weightlessness, spring in controller control spring box flicks, two symmetrically arranged clamps under the action of the spring to both sides ejecting card on mountain wall or parcel framework, to can be good at transport storehouse agent localization in corresponding position, further increase the safety that product uses.
Described framework retaining-plate 6 is hanging connected in the below of operating platform 3 by wire rope, the centre position of this framework retaining-plate 6 offers the through hole that a shape is all mated with transport storehouse 5 with position, and the corner location of this framework retaining-plate 6 does not hang and establishes wire rope.Both can be fixed together by screw, to increase the stability of whole plane by the base plane in transport storehouse after rising to the position concordant with framework retaining-plate.In actual use, framework retaining-plate can below to corresponding position, to make operating personnel can in this position to carrying out operation.
Before the present invention drives up, or need to be removed by the mountain wall pick pine pick by upside of explosion hammer, drill bit or explosive, can directly use the present invention to rise when mountain, upside wall is comparatively loose, soft Shan Biding can scatter by the upper end arc surface of supporting traverse, and then completes rising.
According to above-described embodiment, just the present invention can be realized well.What deserves to be explained is; under prerequisite based on said structure design, for solving same technical problem, even if some making on the invention are without substantial change or polishing; the essence of the technical scheme adopted is still the same with the present invention, therefore it also should in protection scope of the present invention.
Claims (8)
1. massif vertical line is dug well machine, it is characterized in that, comprise the parcel framework be arranged on the wall of surrounding mountain, parcel lower portion is provided with supporting traverse layer (1), operating platform (3) is also provided with in the downside of supporting traverse layer (1), be provided with for inciting somebody to action both interconnective beam slab syndetons (4) between supporting traverse layer (1) and operating platform (3), also be provided with transport storehouse (5) and framework supporting (6) in the below of operating platform, supporting traverse layer (1) is also provided with carry retaining-plate (2).
2. massif vertical line according to claim 1 is dug well machine, it is characterized in that, described parcel framework is by the transverse cross beams of horizontally set, corner structure and the vertical support stringer composition arranged, transverse cross beams is provided with double end fork, beam slab syndeton (4) is fixed on parcel framework by double end fork, this transverse cross beams is fixed on mountain wall by double end fork or is cast on the cement layer on the wall of mountain, support stringer is vertically arranged between two adjacent transverse cross beams, the mountain wall and bottom surface of the bottom of parcel framework are all cast with cement layer, ground cement layer casting on flat, cement layer on the wall of mountain is vertical with ground cement layer, the cement layer on ground is also vertically provided with four infrared rays position indicators, four infrared rays position indicators are separately positioned on the inner side of parcel framework corner, judged by this infrared rays position indicator and adjust the parcel setting of framework and advancing of supporting traverse layer (1) makes it vertical with the cement layer of bottom surface, parcel framework is also vertically provided with at least a set of extractor fan, this extractor fan is made up of induced draft fan and intake stack, this intake stack extends to operating platform (3) position.
3. massif vertical line according to claim 2 is dug well machine, it is characterized in that, the crossbeam connector (11) that described supporting traverse layer (1) becomes matrix to arrange by several and the main body of cross-beam be arranged between adjacent two crossbeam connectors (11) form, crossbeam connector (11) is cambered surface with the upper side of main body of cross-beam, the upper side of main body of cross-beam is also provided with the groove for fixing wire rope, elastic force offset plate (14) is also provided with in the bottom of supporting traverse layer (1), each main body of cross-beam is provided with at least one coupling bar (12) and at least one cord hole (15), each cord hole (15) is provided with a card cheese (13) mated with it, described coupling bar (12) becomes cylindric and is vertically arranged on main body of cross-beam, the lower end of this coupling bar (12) is extended main body of cross-beam and is run through elastic force offset plate (14), the part place running through elastic force offset plate (14) at this coupling bar (12) has also been horizontally disposed with a through hole, in this through hole, be provided with wire rope, described cord hole (15) to be horizontally set on main body of cross-beam and to run through this main body of cross-beam, card cheese (13) is vertically arranged on main body of cross-beam, the end of this card cheese (13) is threaded with main body of cross-beam and extends to the position of cord hole (15), and cord hole is provided with wire rope in (15), the end being arranged on the wire rope in coupling bar (12) and cord hole (15) is provided with a hook.
4. massif vertical line according to claim 3 is dug well machine, it is characterized in that, the encirclement of described carry retaining-plate (2) is arranged on the outside of supporting traverse layer (1), this carry retaining-plate (2) is flexibly connected with main body of cross-beam or crossbeam connector (11), and this carry retaining-plate (2) can carry out overturning along link position and fix.
5. massif vertical line according to claim 4 is dug well machine, it is characterized in that, described operating platform (3) hangs the below being located at supporting traverse layer (1) by wire rope, operating platform (3) is formed by connecting primarily of some block plates (31), connect by being weldingly connected between adjacent two block plates (31), two blocks of adjacent steel plates (31) are also provided with at least one and are welded on reinforcing rib on two pieces of adjacent steel plates (31) simultaneously, the setting position of steel plate (31) is corresponding with main body of cross-beam, a beam slab syndeton (4) is provided with in the intersection of two vertically disposed steel plates (31), the upper end of this beam slab syndeton (4) is fixed on supporting traverse layer (1), the steel plate (31) being in center is also provided with center fixed head (32), this center fixed head (32) also offers the through hole that runs through this center fixed head (32) and same position place steel plate (31), through hole in the middle of the edge placement and center fixed head (32) of operating platform (3) is also provided with pulley, steel plate (31) is also provided with the link linked up with for fixing steel cord ends that upper wire rope position matches with supporting traverse layer (1), mountain wall is also provided with the pulley matched with this pulley, wire rope is set bottom the wall of mountain successively by being arranged on the pulley of mountain wall, the pulley that the pulley at operating platform (3) edge and center fixed head (32) intermediate throughholes go out finally is fixed on link.
6. massif vertical line according to claim 5 is dug well machine, it is characterized in that, described beam slab syndeton (4) is primarily of clamp (41), support box (42), hydraulic stem (44) and hydraulic stem junction plate (43) composition, clamp (41) is arranged on the both sides supporting box (42), the bottom of clamp (41) is fixed on the upside of operating platform (3), the fixed head that one piece of bottom is fixed on operating platform (3) upside is also vertically provided with in the side supporting box (42), also be provided with a pair in the upper corresponding position of fixed head and support box (42) and pitch the hole clipping of mating with double end, the bottom of hydraulic stem (44) is solidified as a whole with the upper end supporting box (42), hydraulic stem junction plate (43) is arranged on the top of hydraulic stem (44), and hydraulic stem junction plate (43) and supporting traverse layer (1) are fixed together, (44) also offer draw-in groove to hydraulic stem, this draw-in groove is used for fixing double end fork, special support is also provided with in support box (42).
7. massif vertical line according to claim 6 is dug well machine, it is characterized in that, described transport storehouse (5) comprises transport storehouse main body (51), this transport storehouse main body (51) is hollow cube, a spring base (53) is provided with at the top dead center position place in this transport storehouse main body (51), this spring base (53) becomes open circles tubbiness, a safe top board (52) for being connected with operating platform (3) is provided with on the top of spring base (53), this safe top board (52) is fixed on immediately below center fixed head (32), and the center of this safe top board (52) is provided with a through hole, wire rope through center fixed head (32) is also fixed on through safe top board (52) and spring base (53) simultaneously and transports in storehouse main body (51), the upside of transport storehouse main body 51 is provided with clamp (54), clamp (54) is symmetrical arranged, spring box (55) is also provided with between two symmetrically arranged clamps (54), the two ends of the spring in this spring box (55) are separately fixed at the end of two symmetrical clamps (54), clamp (54) is also provided with the connection cord be connected with safe top board (52), spring box (55) is also provided with the controller that control spring flicks under state of weightlessness.
8. massif vertical line according to claim 7 is dug well machine, it is characterized in that, described framework retaining-plate (6) is hanging connected in the below of operating platform (3) by wire rope, the centre position of this framework retaining-plate (6) offers the through hole that a shape is all mated with transport storehouse (5) with position, and the corner location of this framework retaining-plate (6) does not hang and establishes 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 |
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| 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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| CN104895572A true CN104895572A (en) | 2015-09-09 |
| CN104895572B CN104895572B (en) | 2017-10-17 |
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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 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104895572B (en) | 2017-10-17 |
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