CN105113985A - Exploration platform system used for special regions - Google Patents
Exploration platform system used for special regions Download PDFInfo
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- CN105113985A CN105113985A CN201510599436.1A CN201510599436A CN105113985A CN 105113985 A CN105113985 A CN 105113985A CN 201510599436 A CN201510599436 A CN 201510599436A CN 105113985 A CN105113985 A CN 105113985A
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Abstract
The invention provides an exploration platform system used for special regions. The platform system comprises a power system, an exploration platform and an exploration system body. Advancing power of the exploration platform is provided by the power system. The exploration platform system is characterized in that the power system comprises an excavator power system, a power transmission device, a left crawler belt, a right crawler belt, a left buoyant box, a right buoyant box and an excavator arm, wherein the left buoyant box and the right buoyant box are correspondingly installed inside the left crawler belt and the right crawler belt, the left crawler belt and the right crawler belt are symmetrically installed at the bottom of the exploration platform, and the excavator power system and the excavator arm are installed at the position, close to the front, of the exploration platform. A front movable safe fence and a back movable safe fence are installed on the front and back edges of the exploration platform respectively, detachable movable boxes are installed on the left and right edges of the exploration platform respectively, and an exploration hole is formed in the exploration platform. Space is reasonably utilized, the exploration platform system can be adapted to exploration operation in large-area floating silt, marsh, shoal regions and other special regions, and the defects that in the special regions, exploration equipment can not be in place and is low in exploration efficiency are overcome fundamentally.
Description
Technical field
The present invention relates to a kind of exploration operation platform, specifically a kind of survey platform system for the such as special topography condition such as large area mud, marsh, shoal.
Background technology
There is a problem in large area mud, marsh and shoal area investigation and prospecting always, how to solve exploring equipment is placed to low bearing capacity like this region on, generally first carry out simple basement process (as laid plank, setting up trestle etc.), explore again, but this not only takes a lot of work but also uneconomical, be badly in need of a kind of can ensure safe prerequisite under, improve the method for exploration efficiency, the engineering construction for these complex topographic area territories has huge economic and social benefit.
The survey platform of existing special area is mainly operation at sea platform, as the patent of invention that patent name is floating box type exploration on water job platform (patent No.: CN104386215A), can realize amphibious, but only cannot normally travel by this platform of crawler belt in the floating silt of large area, swampy area, survey platform is in place; For another example the amphibious prospecting engineering car of utility model patent (CN2360445Y) provides buoyancy to vehicle by the wheel of solid light material filling in water, the buoyancy provided is limited, in the floating silt of large area, swampy area and water, provide buoyancy limited, there is potential safety hazard, what adopt is free from inflatable inner tube rubber tyre, also cannot provide enough onward impulses in mud.
For the problems referred to above, also there is the survey platform system for mud area, the more representative device explored for mud district as patent (patent No.: CN203066050U), main thought is: hoist engine installed by (1) survey platform, throw in the mud of front by the anchor on steel wire rope of windlass, starting hoist engine provides onward impulse.(2), if mud moisture content is more than 170%, when aircushion vehicle can provide effective power, can be pulled as onward impulse by aircushion vehicle and advance.This patent can solve exploration operation under part mud site condition, but it still exists the following problem waiting to solve: (1) power provided in the mud of front that casts anchor is limited, and there is potential safety hazard, and exploration efficiency is low; (2) part mud place aircushion vehicle can not provide effective power.
Therefore, it is very necessary for carrying out Curve guide impeller to large area mud, marsh and area, shoal survey platform system.
Summary of the invention
The present invention is directed to the deficiencies in the prior art, a kind of survey platform system that may be used for as special areas such as mud, marsh, shoals is provided, under this survey platform system can solve current existing equipment and technical condition, be positioned at large area mud, marsh and the problem existing for the regional exploration of shoal, and it is simple to operation, safe and reasonable, can improve the operating efficiency of carrying out in these regions exploring, for design provides survey data and data accurately.
Technical scheme provided by the invention: described a kind of survey platform system for special area, comprise dynamical system, survey platform and exploration system, exploration system is arranged on survey platform, the onward impulse of survey platform is provided by dynamical system, it is characterized in that: described dynamical system comprises excavator dynamical system, actuating unit, left, right-hand track chiain, correspondence is arranged on a left side, a left side in right-hand track chiain, right buoyancy tank and digger arm composition, left, right-hand track chiain symmetry is arranged on the bottom of survey platform, excavator dynamical system and digger arm are arranged on survey platform near anterior position, its digger arm digging end stretches out survey platform, the driving wheel of left and right crawler belt is connected by the clutch end of actuating unit with excavator dynamical system, the power intake of digger arm is also connected with the clutch end of excavator dynamical system, when digger arm digging end stretch into front soil layer excavate time, survey platform advances under the acting in conjunction of digger arm and left and right crawler belt, survey platform is provided with exploration hole, and described exploration system is arranged on the position of corresponding exploration hole, and its exploration head is stretched in the soil layer in region to be measured by exploration hole.
The further technical scheme of the present invention: be separately installed with forward and backward movable safety fence at the forward and backward lateral edges of survey platform, the length of described forward and backward movable safety fence is equal with the width of survey platform, respectively with the forward and backward lateral edges chain connection of survey platform, be respectively equipped with foldable fence in the both sides of forward and backward movable safety fence; Be separately installed with reassembling type active box at the left and right side edge of survey platform, the front/rear end of described reassembling type active box seals respectively by forward and backward movable safety fence; Under survey platform system transport condition, the two ends of described left and right side reassembling type active box are fixedly connected with forward and backward movable safety fence respectively by fixed handle; Under survey platform system stops traveling being in exploration state, left and right side reassembling type active box is complete open state, the outside-supporting plate development of two reassembling type active boxes and survey platform are in same plane, upper support plate is perpendicular to the left and right safe fence of the arranged on left and right sides formation survey platform of survey platform, and be fixedly connected with by fixed handle with the foldable fence that forward and backward movable safety fence left and right side launches, be combined into a complete safe fence.
The further technical scheme of the present invention: described exploration system is any one in exploratory drilling rig, cone penetration test equipment or four-bladed vane in situ test equipment, also can be other exploration device, and fix on survey platform by flange; When exploration system is exploratory drilling rig, be made up of rig, rig power-equipment, kelly, drill rod rack and support fixed bearing, rig power-equipment is fixedly mounted on around the exploration hole of survey platform, drill rod rack is arranged on survey platform by support fixed bearing, kelly and exploration hole vertical centering.
The present invention is technical scheme preferably: described survey platform exceeds crawler belt top 20-30cm.
The present invention is technical scheme preferably: described excavator dynamical system is hydraulic power system, adopt existing excavator hydraulic power system, specifically can adopt the dynamical system of 150 excavators, this dynamical system is mainly digging machine horn and crawler belt rotation in left and right provides power, built-in hydraulic oil pump, and be connected with the hydraulic motor of left and right crawler belt by hydraulic transmission (being generally conduit under fluid pressure), and realize the running of crawler belt to the driving wheel of left and right crawler belt power transmission by hydraulic motor, thus crawler belt running is driven to move ahead.
The present invention is technical scheme preferably: described reassembling type active box is made up of lateral branch fagging, medial branch fagging and upside fence type gripper shoe, and upside fence type gripper shoe is equal with the height of forward and backward movable safety fence, under survey platform system transport condition, the lateral branch fagging of two reassembling type active boxes is respectively perpendicular to survey platform, and with the left side of survey platform, right hand edge chain connection, medial branch fagging is parallel to lateral branch fagging, lower limb and survey platform chain connection, in upside fence type gripper shoe is placed in, the top of lateral branch fagging, be parallel to survey platform, the top edge chain connection of side and lateral branch fagging, the top edge of opposite side and medial branch fagging is connected to form by snap close the square box structure that both ends of the surface are open state, now, before, rear movable safety fence is left, the foldable fence on right side is folded state, and it is front, the both ends of the surface of square box structure seal by rear movable safety fence, and to be composed of a fixed connection an openable square box structure in top by fixed handle, when survey platform system stops traveling being under exploration state, left, right side reassembling type active box is complete open state, the lateral branch fagging of two reassembling type active boxes outwards launches with survey platform in same plane, can as the extendable platform of survey platform, medial branch fagging inwardly launches to be laid on survey platform, upside fence type gripper shoe is perpendicular to a left side for survey platform, right both sides, form the left and right safe fence of survey platform, and with front, rear movable safety fence is left, the foldable fence that right side is launched is fixedly connected with by fixed handle, be combined into a complete safe fence.
The present invention is technical scheme preferably: described support fixed bearing is made up of flange platform and left and right bearing, flange platform and survey platform pass through Flange joint, left and right bearing is symmetricly set on flange platform, inserts between left and right bearing, and be bolted bottom drill rod rack.
The present invention is technical scheme preferably: the chain connection in described survey platform system is all adopt movable sheet to connect, movable sheet is made up of upper hinge, connecting axle and lower hinge, upper and lower hinge is all enclosed within connecting axle by turning set, and two hinges are fixedly connected with two parts assembly to be connected respectively.
The present invention is technical scheme preferably: described fixed handle is made up of holddown groove, handle, movable sleeve and afterbody set bolt, described holddown groove is welded on the fence of side, movable sleeve is welded on connected fence, handle is L-type handle, wherein one end is stretched in movable sleeve, and pass through the set bolt fixing and locking of afterbody, L-type handle rotates at movable sleeve and its other end is embedded or leaves holddown groove realize the closed of handle or open, and the set bolt of afterbody prevents handle from skidding off from movable sleeve.
The present invention is technical scheme preferably: described medial and lateral gripper shoe is metal foil.
Dynamical system of the present invention can have model digging machine by market and reequip, wherein crawler belt is fixed on buoyancy tank, power is provided through transmission device by digging machine dynamical system, buoyancy tank can provide the buoyancy enough supporting whole survey platform and move in mud or in shoal and work, the onward impulse of whole survey platform system and direction are jointly provided by the crawler belt of digging machine and horn and are controlled, crawler belt moves ahead under the control of dynamical system, and horn excavates front water and soil body under the control of dynamical system, utilize the power that reaction force principle is advanced to plateform system one.
Described snap close or fixed handle also can be replaced by the safety lock customized, on survey platform, on exploring equipment assembly (as dismantled lower rig bracket, drilling rod, standard penetration device etc.) and platform, sundries load in left and right sides reassembling type active box after can dismantling in the process that survey platform moves ahead, avoid apparatus assembly to damage, ensure driving safety; In exploring equipment duty, for ensuring enough exploration operation platform space, left and right sides reassembling type active box can be launched, lateral branch fagging can use as drilling platform (as supplied pendulum rock, core sample etc.), forward and backward fence both sides foldable fence is deployable, with left and right fence by fixed handle be fixed form survey platform operation time fence; If this survey platform system does not carry out exploration operation, when digging machine carries out shoveling work, if casing and fence hinder digging machine normally to work, movable safety fence, left and right sides reassembling type active box all can be dismantled.
Beneficial effect of the present invention:
1, the present invention has carried out substantial improvements to traditional over water drilling platform, add dynamical system, thus can adapt in special area exploration operations such as large-area mud, marsh, shoals, fundamentally solve the shortcomings such as exploring equipment cannot put in place, exploration efficiency is low under special area condition;
2, the present invention is because adding powerful dynamical system, not only can be applied in large-area floating silt, marsh, region, shoal, can also on land, mountain region, the region such as shallow water carry out exploration operation, solve special area up hill and dale and explore current Problems existing, substantially increase compliance of the present invention;
3, the present invention is reasonable in design, safe and reliable, add movable fence and reassembling type active box, piecemeal activity fence can be combined into casing by transport condition, apparatus assembly on platform can be loaded casing, reduce bulk of the present invention simultaneously, general wagon can be utilized directly to load delivery; The expansion of duty reassembling type active box is opened, and apparatus assembly is installed and used, and casing metal sheet and fence launch, and form new safe fence, expand survey platform working space;
4, the present invention is amphibious, possesses several functions, economical rationality, both can use as survey platform system, exploration system not only comprises exploratory drilling rig, also can be used for the exploring equipments such as cone penetration test to use, and the enough counter-forces of cone penetration test (digging machine if desired can also be utilized to squeeze into anchoring pile and provide counter-force) can be provided, greatly improve exploration efficiency; Borer system, fence and combined box can also be dismantled, use as digging machine separately, digging machine operation can be carried out at special areas such as large-area mud, marsh, shoals.
Accompanying drawing explanation
Fig. 1 is that the present invention stops traveling being in investigation and prospecting view;
Fig. 2 is transport condition schematic diagram of the present invention;
Fig. 3 is the structural representation of medium-height trestle fixed bearing of the present invention;
Fig. 4 is the structural representation of movable sheet in the present invention;
Fig. 5 is the structural representation of fixed handle in the present invention.
In figure: 1-survey platform, 2-excavator dynamical system, 3-actuating unit, 4, 5-left, right buoyancy tank, 6, 6-1-left side, right-hand track chiain, 6-2-driving wheel, 7-digger arm, 8-exploration hole, 9, 9-1-front, rear movable safety fence, 9-2-foldable fence, 10-reassembling type active box, 10-1-lateral branch fagging, 10-2-medial branch fagging, 10-3-upside fence type gripper shoe, 11-fixed handle, 11-1-holddown groove, 11-2-handle, 11-3-movable sleeve, 11-4-afterbody set bolt, 12-rig, 13-rig power-equipment, 14-kelly, 15-drill rod rack, 16-support fixed bearing, 16-1-flange platform, 16-2, 16-3-left side, right support abutment, 16-4-bolt, 17-movable sheet, 17-1-upper hinge, 17-2-connecting axle, 17-3-lower hinge, 17-4-turning set, 18-snap close.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further illustrated.A kind of survey platform system for special area as depicted in figs. 1 and 2, comprise dynamical system, survey platform 1 and exploration system, exploration system is arranged on survey platform 1, the onward impulse of survey platform 1 is provided by dynamical system, it is characterized in that: described dynamical system comprises excavator dynamical system 2, actuating unit 3, left and right crawler belt 6,6-1, correspondence are arranged on left and right buoyancy tank 4,5 in left and right crawler belt 6,6-1 and digger arm 7 forms.Described excavator dynamical system 2 is mainly for whole plateform system provides the power moved ahead, excavator dynamical system 2 can adopt existing excavator hydraulic power system, built-in hydraulic oil pump, and be connected with the hydraulic motor of left and right crawler belt 6,6-1 by hydraulic transmission 3, and by hydraulic motor, power transmission is realized the running of crawler belt to the driving wheel 6-2 of left and right crawler belt 6,6-1, excavator dynamical system 2 is returned digger arm 7 and is provided power, and control digger arm 7 and realize normal excacation, its operating principle is identical with the operating principle of ordinary excavator.A described left side, right-hand track chiain 6, 6-1 symmetry is arranged on the bottom of survey platform 1, it is the main walking mechanism of whole plateform system, left, right-hand track chiain 6, 6-1 all adopts existing hydraulic crawler excavator crawler belt, directly can use the structure of existing hydraulic crawler excavator crawler body, then survey platform 1 is installed on hydraulic crawler excavator crawler body, two crawler belt drive, be connected by fluid pressure line with motor, power is provided by hydraulic pump, then be transported on hydraulic motor by fluid pressure line, and then drive the rotation of the driving wheel of crawler belt to move ahead, the conversion in hydraulic circuit direction can be realized by hydraulic valve in whole hydraulic control.The buoyancy of left and right buoyancy tank 4,5 arranges according to the gravity of whole plateform system, whole plateform system is guaranteed to float, the buoyancy enough supporting whole survey platform and move in mud or in shoal and work can be provided, left and right buoyancy tank 4,5 is embedded respectively in left and right crawler belt 6,6-1, but can not affect the normal walking of crawler belt.Described digger arm 7 is arranged on survey platform 1 near anterior position, the length of digger arm 7 is determined according to the height of whole plateform system, guarantee that digger arm 7 digging end stretches out survey platform 1, and can normally excavate, when digger arm 7 digging end stretch into front soil layer excavate time, crawler belt moves ahead under the control of dynamical system, and horn excavates front water and soil body under the control of dynamical system, utilize the power that reaction force principle is advanced to plateform system one, survey platform is by digger arm 7 and a left side, right-hand track chiain 6, the acting in conjunction of 6-1 moves forward.Described survey platform 1 exceeds crawler belt 6 top 20-30cm.
As depicted in figs. 1 and 2, survey platform 1 is provided with exploration hole 8, exploration hole 8 is arranged on the position of survey platform 1 side rearward, described exploration system is arranged on the position of corresponding exploration hole 8, described exploration system can make in exploratory drilling rig, cone penetration test equipment or four-bladed vane in situ test equipment any one, also can be other exploration device, exploration system be fixed on survey platform 1 by flange, can dismounting very easily; Be specifically example with exploratory drilling rig in accompanying drawing, wherein exploratory drilling rig is made up of rig 12, rig power-equipment 13, kelly 14, drill rod rack 15 and support fixed bearing 16, rig power-equipment 13 is fixedly mounted on around the exploration hole 8 of survey platform 1, drill rod rack 15 is arranged on survey platform 1 by support fixed bearing 16, kelly 14 and exploration hole 8 vertical centering, carry out investigation and prospecting in the soil layer that can stretch into region to be measured by exploration hole 8.Support fixed bearing 16 is as described in Figure 3 made up of flange platform 16-1 and left and right bearing 16-2,16-3, flange platform 16-1 and survey platform 1 pass through Flange joint, left and right bearing 16-2,16-3 are symmetricly set on flange platform 16-1, insert left and right between bearing 16-2,16-3 bottom drill rod rack 11, and fixed by bolt 16-4.
As depicted in figs. 1 and 2, forward and backward movable safety fence 9,9-1 is separately installed with at the forward and backward lateral edges of survey platform 1, the length of described forward and backward movable safety fence 9,9-1 is equal with the width of survey platform 1, respectively with the forward and backward lateral edges chain connection of survey platform 1, be respectively equipped with foldable fence 9-2 in the both sides of forward and backward movable safety fence 9,9-1; Reassembling type active box 10 is separately installed with at the left and right side edge of survey platform 1, described reassembling type active box 10 is made up of lateral branch fagging 10-1, medial branch fagging 10-2 and upside fence type gripper shoe 10-3, and upside fence type gripper shoe 10-3 is equal with the height of forward and backward movable safety fence 9,9-1.As shown in Figure 2, under survey platform system transport condition, the lateral branch fagging 10-1 of two reassembling type active boxes 10 is respectively perpendicular to survey platform 1, and with the left side of survey platform 1, right hand edge chain connection, medial branch fagging 10-2 is parallel to lateral branch fagging 10-1, lower limb and survey platform 1 chain connection, in upside fence type gripper shoe 10-3 is placed in, lateral branch fagging 10-2, the top of 10-1, be parallel to survey platform, the top edge chain connection of side and lateral branch fagging 10-1, opposite side is connected by snap close 18 with the top edge of medial branch fagging 10-2, in, lateral branch fagging 10-2, 10-1, the square box structure of a both ends open is combined between upside fence type gripper shoe 10-3 and survey platform 1, now, before, rear movable safety fence 9, 9-1 is left, the foldable fence 9-2 on right side is folded state, and it is front, rear movable safety fence 9, the both ends of the surface of square box structure seal by 9-1, and the square box structure can arbitrarily opened at a top is fixedly connected to form by fixed handle 11, when its top cover is opened, fixed handle 11 is needed to untie, then open snap close just can.When survey platform system stops traveling being under exploration state, as shown in Figure 1, left, when right side reassembling type active box 10 is in open state, the lateral branch fagging 10-1 of two reassembling type active boxes 10 outwards launches with survey platform 1 in same plane, can as the extendable platform of survey platform 1, medial branch fagging 10-2 inwardly launches to be laid on survey platform 1, upside fence type gripper shoe 10-3 is perpendicular to a left side for survey platform 1, right both sides form the left and right safe fence (specifically perpendicular to the edge of two lateral branch fagging 10-1) of survey platform, two upside fence type gripper shoe 10-3 are respectively with front, rear movable safety fence 9, 9-1 is left, the foldable fence 9-2 that right side is launched is fixedly connected with by fixed handle 11, be combined into a complete safe fence.Described medial and lateral gripper shoe 10-2,10-1 are metal foil.
Chain connection in described survey platform system is all adopt movable sheet 17 to connect, as shown in Figure 4, movable sheet 17 is made up of upper hinge 17-1, connecting axle 17-2 and lower hinge 17-3, upper and lower hinge 17-1,17-2 are all enclosed within connecting axle by turning set 17-4, and two hinges are fixedly connected with two parts assembly to be connected respectively.As shown in Figure 5, described fixed handle 11 is by holddown groove 11-1, handle 11-2, movable sleeve 11-3 and afterbody set bolt 11-4 forms, described holddown groove 11-1 is welded on the fence of side, movable sleeve 11-3 is welded on connected fence, handle 11-2 is L-type handle, wherein one end is stretched in movable sleeve 11-3, and pass through the set bolt 11-4 fixing and locking of afterbody, L-type handle rotates at movable sleeve 11-3 and its other end is embedded or leaves holddown groove 11-1 realize the closed of handle or open, afterbody set bolt 11-4 prevents handle 11-2 from skidding off from movable sleeve 11-3, when L-type handle turns to level, handle other end correspondence embeds in holddown groove 11-1, now handle is closure state, as shown in Figure 5, when L-type handle is rotated up 90 °, the handle other end just can depart from holddown groove 11-1, and now handle is in opening shape.
Embodiment: the large area mud directly survey platform system of the present invention being driven to required exploration by excavator dynamical system 2, marsh or area, shoal, whole plateform system relies on left, right buoyancy tank 4, the buoyancy of 5 floats over survey area surface, be on survey position survey platform system stability, close excavator dynamical system 2, now survey platform halts and is in investigation and prospecting state, in order to conserve space, exploring equipment assembly is avoided to lose, in the process of moving, exploring equipment assembly is positioned in two reassembling type active boxes 10, when survey platform halts, after opening two reassembling type active boxes 10, exploring equipment assembly is taken out in active box, and it is fixing it to be carried out on survey platform 1 installation, guarantee in installation process that the exploration drilling rod of exploring equipment is just to exploration hole 8, after exploring equipment installation is fixing, two, left and right reassembling type active box 10 is launched, structure after its concrete expansion as shown in Figure 1, expansion process is: first unclamp fixed handle 11, make left and right sides detachable flexible casing 10 with front, rear movable safety fence 9, 9-1 unclamps, and the connection snap close 18 opened between the upside fence type gripper shoe 10-3 of every side detachable flexible casing 10 and medial branch fagging 10-2, being fallen to the inside by medial branch fagging 10-2 is placed on survey platform 1, lateral branch fagging 10-1 is communicated with upside fence type gripper shoe 10-3 to fall laterally simultaneously, lateral branch fagging 10-1 and survey platform 1 are at grade, add the area of survey platform 1 simultaneously, the vertical left side with whole platform of two upside fence type gripper shoe 10-3 unloading formula active box 10, right side, form a left side for survey platform 1, right fence, then by front, rear movable safety fence 9, the foldable fence 9-2 of 9-1 both sides launches, and fixed by fixed handle 11 with the upside fence type gripper shoe 10-3 of survey platform 1 left and right sides, before, rear movable safety fence 9, safe fence during fence type gripper shoe 10-3 formation survey platform operation on the upside of 9-1 and two, finally check exploring equipment and safe fence, start exploration operation after everything is ready, start exploration system, drilling rod carries out exploration operation by survey platform 1 being explored hole 8.
After this position exploration operation completes, unload borer drill rod and exploring equipment assembly, as shown in Figure 2, lateral branch fagging 10-1, the medial branch fagging 10-2 of arranged on left and right sides and upside fence type gripper shoe 10-3 are folded to form a direction casing along hinge edge respectively, because hinge edge is connected by movable sheet 17, very easily each hinge edge can be fixed, form reassembling type active box 10, forward and backward movable safety fence 9,9-1 both sides foldable fence 9-2 are inwardly folded simultaneously.By exploring equipment assembly on survey platform 1 (as dismantled lower rig bracket, drilling rod, standard penetration device etc.) and platform on sundries can load in two detachable flexible casings 10, then by front, rear movable safety fence 9, the both ends of the surface of reassembling type active box 10 seal by 9-1, and by fixed handle 11 by front, rear movable safety fence 9, 9-1 is connected with the upside fence type gripper shoe 10-3 of reassembling type active box 10, before the holddown groove 11-1 of fixed handle 11 can be welded on, rear movable safety fence 9, 9-1, the movable sleeve 11-3 of fixed handle 11 is welded on the two ends of upside fence type gripper shoe 10-3, can be fixed by fixed handle 11 very easily, before guarantee, rear movable safety fence 9, the stability of 9-1 and two reassembling type active boxes 10 and normal use, snap close or fixed handle also can use the safety lock of customization to replace.Finally check combined box and fence, after guaranteeing safety, start dynamical system 2, whole plateform system by left and right crawler belt 6,6-1 and digging machine horn 7 provide onward impulse and controlling party to.
Claims (10)
1. the survey platform system for special area, comprise dynamical system, survey platform (1) and exploration system, exploration system is arranged on survey platform (1), the onward impulse of survey platform (1) is provided by dynamical system, it is characterized in that: described dynamical system comprises excavator dynamical system (2), actuating unit (3), left, right-hand track chiain (6, 6-1), correspondence is arranged on a left side, right-hand track chiain (6, a left side 6-1), right buoyancy tank (4, 5) and digger arm (7) composition, left, right-hand track chiain (6, 6-1) symmetry is arranged on the bottom of survey platform (1), it is upper near anterior position that excavator dynamical system (2) and digger arm (7) are arranged on survey platform (1), its digger arm (7) digging end stretches out survey platform (1), the driving wheel (6-2) of left and right crawler belt (6,6-1) is connected by the clutch end of actuating unit (3) with excavator dynamical system (2), the power intake of digger arm (7) is also connected with the clutch end of excavator dynamical system (2), when digger arm (7) digging end stretch into front soil layer excavate time, survey platform (1) advances under the acting in conjunction of digger arm (7) and left and right crawler belt (6,6-1), survey platform (1) is provided with exploration hole (8), and described exploration system is arranged on the position of corresponding exploration hole (8), and its exploration head is stretched in the soil layer in region to be measured by exploration hole (8).
2. a kind of survey platform system for special area according to claim 1, it is characterized in that: be separately installed with forward and backward movable safety fence (9,9-1) at the forward and backward lateral edges of survey platform (1), the length of described forward and backward movable safety fence (9,9-1) is equal with the width of survey platform (1), respectively with the forward and backward lateral edges chain connection of survey platform (1), be respectively equipped with foldable fence (9-2) in the both sides of forward and backward movable safety fence (9,9-1), be separately installed with reassembling type active box (10) at the left and right side edge of survey platform (1), the front/rear end of described reassembling type active box (10) is respectively by forward and backward movable safety fence (9,9-1) sealing, under survey platform system transport condition, the two ends of described left and right side reassembling type active box (10) are fixedly connected with respectively by fixed handle (11) and forward and backward movable safety fence (9,9-1), under survey platform system stops traveling being in exploration state, left, right side reassembling type active box (10) is in open state, the lateral branch fagging (10-1) of two reassembling type active boxes (10) launches with survey platform (1) in same plane, upper support plate (10-3) is perpendicular to a left side for survey platform (1), right both sides form a left side for survey platform, right safe fence, and with front, rear movable safety fence (9, 9-1) left, the foldable fence (9-2) that right side is launched is fixedly connected with by fixed handle (11), be combined into a complete safe fence.
3. a kind of survey platform system for special area according to claim 1 or 2, it is characterized in that: described exploration system is any one in exploratory drilling rig, cone penetration test equipment or four-bladed vane in situ test equipment, and fixes on survey platform (1) by flange; When exploration system is exploratory drilling rig, be made up of rig (12), rig power-equipment (13), kelly (14), drill rod rack (15) and support fixed bearing (16), rig power-equipment (13) is fixedly mounted on the exploration hole (8) of survey platform (1) around, drill rod rack (15) is arranged on survey platform (1) by support fixed bearing (16), kelly (14) and exploration hole (8) vertical centering.
4. a kind of survey platform system for special area according to claim 1 or 2, is characterized in that: described survey platform (1) exceeds crawler belt (6) top 20-30cm.
5. a kind of survey platform system for special area according to claim 1 or 2, it is characterized in that: described excavator dynamical system (2) is hydraulic power system, built-in hydraulic oil pump, and be connected by the hydraulic motor of hydraulic transmission (3) and left and right crawler belt (6,6-1), and power transmission is realized the running of crawler belt to the driving wheel (6-2) of left and right crawler belt (6,6-1) by hydraulic motor.
6. a kind of survey platform system for special area according to claim 2, it is characterized in that: described reassembling type active box (10) is made up of lateral branch fagging (10-1), medial branch fagging (10-2) and upside fence type gripper shoe (10-3), the height of upside fence type gripper shoe (10-3) and forward and backward movable safety fence (9,9-1) is equal, under survey platform system transport condition, the lateral branch fagging (10-1) of two reassembling type active boxes (10) is respectively perpendicular to survey platform (1), and with the left side of survey platform (1), right hand edge chain connection, medial branch fagging (10-2) is parallel to lateral branch fagging (10-1), lower limb and survey platform (1) chain connection, in upside fence type gripper shoe (10-3) is placed in, lateral branch fagging (10-2, top 10-1), be parallel to survey platform, the top edge chain connection of side and lateral branch fagging (10-1), the top edge of opposite side and medial branch fagging (10-2) is connected to form by snap close (18) the square box structure that both ends of the surface are open state, now, before, rear movable safety fence (9, left side 9-1), the foldable fence (9-2) on right side is in folded state, before, rear movable safety fence (9, 9-1) both ends of the surface of square box structure are sealed, and be fixedly connected to form the openable square box structure in top by fixed handle (11), when survey platform system stops traveling being under exploration state, left, right side reassembling type active box (10) is in complete open state, the lateral branch fagging (10-1) of reassembling type active box (10) outwards launches with survey platform (1) in same plane, medial branch fagging (10-2) inwardly launches to be laid on survey platform (1), upside fence type gripper shoe (10-3) is perpendicular to a left side for survey platform (1), right both sides form the left and right safe fence of survey platform, and with front, rear movable safety fence (9, 9-1) left, the foldable fence (9-2) that right side is launched is fixedly connected with by fixed handle (11), be combined into a complete safe fence.
7. a kind of survey platform system for special area according to claim 3, it is characterized in that: described support fixed bearing (16) is made up of flange platform (16-1) and left and right bearing (16-2,16-3), flange platform (16-1) and survey platform (1) pass through Flange joint, left and right bearing (16-2,16-3) is symmetricly set on flange platform (16-1), drill rod rack (11) bottom is inserted between left and right bearing (16-2,16-3), and is fixed by bolt (16-4).
8. a kind of survey platform system for special area according to claim 2 or 6, it is characterized in that: the chain connection in described survey platform system is all adopt movable sheet (17) to connect, movable sheet (17) is made up of upper hinge (17-1), connecting axle (17-2) and lower hinge (17-3), upper and lower hinge (17-1,17-2) is all enclosed within connecting axle (17-2) by turning set (17-4), and two hinges are fixedly connected with two parts assembly to be connected respectively.
9. a kind of survey platform system for special area according to claim 2 or 6, it is characterized in that: described fixed handle (11) is by holddown groove (11-1), handle (11-2), movable sleeve (11-3) and afterbody set bolt (11-4) composition, described holddown groove (11-1) is welded on the fence of side, movable sleeve (11-3) is welded on connected fence, handle (11-2) is L-type handle, wherein one end is stretched in movable sleeve (11-3), and by set bolt (11-4) fixing and locking of afterbody, L-type handle rotates at movable sleeve (11-3) and its other end is embedded or leaves holddown groove (11-1) realize the closed of handle or open.
10. a kind of survey platform system for special area according to claim 6, is characterized in that: described medial and lateral gripper shoe (10-2,10-1) are metal foil.
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