CN109502497A - A kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation - Google Patents

A kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation Download PDF

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Publication number
CN109502497A
CN109502497A CN201811456003.0A CN201811456003A CN109502497A CN 109502497 A CN109502497 A CN 109502497A CN 201811456003 A CN201811456003 A CN 201811456003A CN 109502497 A CN109502497 A CN 109502497A
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CN
China
Prior art keywords
roller
plate
seat
steel wire
clamshell
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Pending
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CN201811456003.0A
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Chinese (zh)
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邬成眉
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Individual
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Individual
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Priority to CN201811456003.0A priority Critical patent/CN109502497A/en
Publication of CN109502497A publication Critical patent/CN109502497A/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66DCAPSTANS; WINCHES; TACKLES, e.g. PULLEY BLOCKS; HOISTS
    • B66D1/00Rope, cable, or chain winding mechanisms; Capstans
    • B66D1/28Other constructional details
    • B66D1/36Guiding, or otherwise ensuring winding in an orderly manner, of ropes, cables, or chains
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66DCAPSTANS; WINCHES; TACKLES, e.g. PULLEY BLOCKS; HOISTS
    • B66D1/00Rope, cable, or chain winding mechanisms; Capstans
    • B66D1/54Safety gear

Abstract

The invention discloses a kind of steel wire discharging mechanisms of the three-stage roller of high altitude operation dislocation rope rolling, its structure includes: braking clamshell, roller winding stand, clamping plate, motor, diversion sheave, turntable clip seat, suspension hook, roller winding stand is nested in the inside of braking clamshell, motor is inserted embedded in the left side of braking clamshell, motor passes through roller winding stand and braking clamshell mechanical connection, clamping plate inserts the front side embedded in braking clamshell bottom, the present invention, which is realized, to be matched with scale sleeve with correction beam tube seat, winding pushing tow crescent moon scale, which is transferred, by main lifting rope draws liner ring rotation, the riffled external surface of steel cable is set to obtain hingedly being driven the effect for avoiding abrasion, to drive cross-shaped base to tighten wirerope decentralization by shape vertical plate and cingulum, and roll shaft column passes through bearing wheel carrier linkage rotation decentralization lifting hoist cable immediately, it is mutual to reach three layers of roller frame of one linkage The effect of the hinged decentralization steel wire of dislocation plays the safety guarantee effect that protection steel cable avoids offset from slipping.

Description

A kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation
Technical field
The present invention is a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation, belongs to high altitude operation and sets Standby field.
Background technique
Need the lifting of steel wire that hook is cooperated to sling plate when high altitude operation.The construction materials such as reinforcing bar, and steel wire Decentralization is exactly to save people to climb the structural device carried with rising, has pushed the convenience of high altitude operation, wirerope is multiply What steel wire twisted into, it needs by the surface texture of steel wire combination come friction support toughness, can wind friction for a long time can be lost steel wire table Face, the common disadvantage to be optimized of technology has at present:
Since steel wire surface texture is by hinged frictional dissipation, after will lead to burnishing when multistrand rope being caused to cooperate Steel wire slipping phenomenon, slippage when decentralization being caused to link up with, the movement of falling object linked up in the air of height can be to ground construction equipment Security risk is caused with personnel, and there is also the offset windings of steel wire during slipping, and equipment rope can be made to knot, engineering Progress paralysis.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of dislocation of the three-stage roller of high altitude operation to roll up The steel wire discharging mechanism of rope, to solve since steel wire surface texture is by hinged frictional dissipation, when multistrand rope being caused to cooperate Steel wire slipping phenomenon after will lead to burnishing, slippage when decentralization being caused to link up with, in the movement of falling object that height is linked up in the air Security risk can be caused to ground construction equipment and personnel, and can be made during slippage there is also the offset winding of steel wire The problem of equipment rope knots, and project progress is paralysed.
To achieve the goals above, the present invention is to realize by the following technical solutions: three sections of a kind of high altitude operation Formula roller misplace rope rolling steel wire discharging mechanism, structure include: braking clamshell, roller winding stand, clamping plate, motor, diversion sheave, Turntable clip seat, suspension hook, the roller winding stand are nested in the inside of braking clamshell, and the motor is inserted embedded in a left side for braking clamshell Side, the motor insert the front side embedded in braking clamshell bottom by roller winding stand and braking clamshell mechanical connection, the clamping plate, The diversion sheave snaps together and in the same vertical plane with clamping plate, and the top of the suspension hook is welded on turntable clip seat Bottom, the turntable clip seat is mechanically connected by steel wire and diversion sheave, and the diversion sheave passes through turntable clip seat and roller Winding stand mechanical connection, the roller winding stand are equipped with roll shaft column, lifting hoist cable, scale sleeve, correction beam tube seat, cell roller Cylinder, roller bar, main lifting rope, bearing wheel carrier, wirerope, the outer surface of the roll shaft column are matched with two lifting hoist cables using interference It closes, the roll shaft column is installed on the rear side at the top of cell roller, and the cell roller is fastened by correction beam tube seat and wirerope Together, the nested integral and axle center in the middle section of the scale sleeve dative grooved roller cylinder is conllinear, and the cell roller passes through squama Piece sleeve and main lifting rope are mechanically connected, and the main lifting rope is flexibly connected with roller bar, and the roller bar passes through bearing wheel carrier dative grooved roller Cylinder mechanical connection, the correction beam tube seat set there are two and are installed in the left and right sides of scale sleeve, the cell roller respectively Cylinder is mechanically connected by bearing wheel carrier and roll shaft column, and the roller bar is installed on the front side of cell roller bottom end, the bearing wheel carrier It is connect with the bearing mechanical of braking clamshell right end.
To optimize above-mentioned technical proposal, the measure further taken are as follows:
As a further improvement of the present invention, the braking clamshell is by concave clamshell, square chest, bearing block, brake press plate group At the square chest is welded on the right side of concave clamshell, and the bearing block and brake press plate are respectively arranged in the left and right inside square chest Two sides, the bearing block are flexibly connected with brake press plate, and the brake press plate is mechanically connected by bearing block and bearing wheel carrier.
As a further improvement of the present invention, the scale sleeve is made of crescent moon scale, liner ring, rubber beams band, institute It is integral equipped with more than two and around sleeve ring center surface uniform welding to state crescent moon scale, the rubber beams band is equipped with Two and it is nested in the left and right sides of liner ring respectively.
As a further improvement of the present invention, the crescent moon scale by crescent moon steel plate, arc plate tripod, crimp ball groove plate, Spring base composition, the crescent moon steel plate are welded on the right side of crimp ball groove plate, and the arc plate tripod is inserted with spring base and is embedded in The inside of crimp ball groove plate, the crimp ball groove plate are flexibly connected with spring base.
As a further improvement of the present invention, the correction beam tube seat is by stretching, extension ball seat, twill plate, ripple foam-rubber cushion, ladder Shape vertical plate, cross-shaped base, cingulum, L-type fixture block composition, the stretching, extension ball seat are equipped with more than two and are nested in twill plate respectively The left and right sides, the stretching, extension ball seat and twill plate be installed on the top surface of cross-shaped base, and the ripple foam-rubber cushion is equipped with two Front and rear sides that are a and being tightly attached to cross-shaped base respectively, the L-type fixture block set there are four and are respectively welded at cross-shaped base Four corner slots on, the trapezoidal vertical plate set there are two and respectively insert embedded in cross-shaped base the left upper right corner, it is described trapezoidal Vertical plate is snapped together with cingulum.
As a further improvement of the present invention, the stretching, extension ball seat is by calotte, thin plate seat, snap-gauge, bow cabinet frame bar, ear Plate, rubber band spring stack composition, the calotte are nested in the right side of thin plate seat, and the snap-gauge sets there are two and is installed in respectively Bend the upper and lower ends of cabinet frame bar, the bow cabinet frame bar is by snap-gauge and otic placode using interference fit, the rubber band spring stack welding In the left side of thin plate seat, rubber band spring stack is the mast arrangement that spring wire surrounds that rubber band is formed, and is added by the elasticity of rubber band itself The clamping force that spring wire is wound, adjusting elasticity when the convenient cooperation steel wire of stretching, extension up and down transfers winding.
As a further improvement of the present invention, the thin plate seat is upper and lower wide intermediate narrow double arc side structures, reaches left The effect of the double stress of right cambered surface, can pass to left side, intermediate thin narrow structure effectively forms indirectly by the power on right side The medium of transmitting plays the role of increasing combination of strength and toughness decentralization steel wire.
As a further improvement of the present invention, the crescent moon steel plate is the plate structure of the intermediate curved thickness of point up and down, and quality is hard And cambered surface polishes, the convenient press stressed effect by rope winding rotates also due to globoidal structure is pushed by force-fitting, reaches The traversing winding effect of longitudinal force on same vertical plane.
As a further improvement of the present invention, the crimp ball groove plate is the set square structure in curving and multiple-grooved hole, The ball groove of curved edges facilitates one burst of steel wire side of occlusion, is worn the peripheral lines of rope not, but is engaged and pushes, and both rises To protective action, and it is smooth to be connected transmission.
Beneficial effect
A kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation of the present invention, staff pass through starting Roller winding stand in motor traction braking clamshell carries out the steel wire decentralization movement in high altitude operation, is actively revolved by cell roller Turn traction bearing wheel carrier linkage roll shaft column and roller bar, facilitate lifting hoist cable and main lifting rope cooperation wirerope decentralization winding it is driven under Operation is put, makes the crescent moon scale linkage liner ring rotation of main lifting rope pushing tow scale sleeve, pushes away crescent moon steel plate with crimp ball groove plate Pressure arc plate tripod contraction spring seat fastens the decorative pattern of main lifting rope outer surface, and protection steel cable quality avoids being lost, and also forms one The same frequency rotates effe of collocation, then wirerope is tightened by trapezoidal vertical plate and the cingulum of correction beam tube seat and is taken advantage of a situation decentralization, work as steel wire Rope winding tension when, wirerope by squeeze stretching, extension ball seat and surface detail be fitted into twill plate be persistently driven, at this moment calotte by Pressure passes to thin plate seat, makes to bend the subtended angle of the outer Zhang Zhankai otic placode of snap-gauge on cabinet frame bar, so that the stretching, extension of rubber band spring stack be pulled to unload Power, also pull open wire rope roll around when gap, formed dredging loosen effect, prevent from rolling up with cross-shaped base by ripple foam-rubber cushion Around when the extruding force up and down that is subject to, and L-type fixture block, that is, left and right clip cell roller robust structure, when lifting hoist cable is around entering in clamping plate Diversion sheave obtain traction extend downward into turntable clip seat, make suspension hook cooperation wirerope decentralization efficiently decline, reach integrated Dynamic three lateral roller frame effects that front-back staggered is wound up and down, play anti-skidding safety effect of rectifying a deviation.
There is accessible advantage after operation of the present invention:
It is matched with scale sleeve with correction beam tube seat, winding pushing tow crescent moon scale is transferred by main lifting rope and draws sleeve Ring rotation makes the riffled external surface of steel cable obtain hingedly being driven the effect for avoiding abrasion, to drive cross-shaped base vertical by shape Plate and cingulum tighten wirerope decentralization, and roll shaft column passes through bearing wheel carrier linkage rotation decentralization lifting hoist cable immediately, reach one The three layers of roller frame mutual dislocation that link hingedly transfer the effect of steel wire, play the safety guarantee effect that protection steel cable avoids offset from slipping Fruit.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in describing below to embodiment is made in detail It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this:
Fig. 1 is a kind of structural representation of the steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation of the present invention Figure.
Fig. 2 is the schematic diagram of the section structure of present invention braking clamshell and roller winding stand.
Fig. 3 is the detailed side structure schematic view of crescent moon scale of the present invention.
Fig. 4 is the schematic diagram of the section structure of present invention correction beam tube seat unfolded state.
Fig. 5 is the present invention correction detailed overlooking structure diagram of beam tube seat.
Fig. 6 is the structural schematic diagram of present invention stretching, extension ball seat working condition.
Description of symbols: braking clamshell -1, roller winding stand -2, clamping plate -3, motor -4, diversion sheave -5, turntable clip Seat -6, suspension hook -7, concave clamshell -11, square chest -12, bearing block -13, brake press plate -14, roll shaft column -21, lifting hoist cable -22, Scale sleeve -23, correction beam tube seat -24, cell roller -25, roller bar -26, main lifting rope -27, bearing wheel carrier -28, wirerope - 29, crescent moon scale -231, liner ring -232, rubber beams band -233, crescent moon steel plate -2311, arc plate tripod -2312, crimp ball Frid -2313, spring base -2314, stretching, extension ball seat -241, twill plate -242, ripple foam-rubber cushion -243, trapezoidal vertical plate -244., ten Word pedestal -245, cingulum -246, -247 calotte -2411 of L-type fixture block, thin plate seat -2412, snap-gauge -2413, bow cabinet frame bar - 2414, otic placode -2415, rubber band spring stack -2416.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.
Fig. 1-Fig. 6 is please referred to, the present invention provides a kind of steel wire decentralization machine of the three-stage roller dislocation rope rolling of high altitude operation Structure, structure include: braking clamshell 1, roller winding stand 2, clamping plate 3, motor 4, diversion sheave 5, turntable clip seat 6, suspension hook 7, institute The inside that roller winding stand 2 is nested in braking clamshell 1 is stated, the motor 4 is inserted embedded in the left side of braking clamshell 1, and the motor 4 is logical It crosses roller winding stand 2 and braking clamshell 1 is mechanically connected, the clamping plate 3 inserts the front side embedded in braking 1 bottom of clamshell, the anti-rope Wheel 5 snaps together and in the same vertical plane with clamping plate 3, and the top of the suspension hook 7 is welded on the bottom of turntable clip seat 6 Portion, the turntable clip seat 6 are mechanically connected by steel wire and diversion sheave 5, and the diversion sheave 5 passes through turntable clip seat 6 and roller Winding stand 2 is mechanically connected, and the roller winding stand 2 is equipped with roll shaft column 21, lifting hoist cable 22, scale sleeve 23, correction beam tube seat 24, cell roller 25, roller bar 26, main lifting rope 27, bearing wheel carrier 28, wirerope 29, the outer surface of the roll shaft column 21 is with two For a lifting hoist cable 22 using interference fit, the roll shaft column 21 is installed on the rear side at 25 top of cell roller, the cell roller 25 are snapped together by beam tube seat 24 of rectifying a deviation with wirerope 29, and the middle section of the 23 dative grooved roller cylinder 25 of scale sleeve is nested into One and axle center is conllinear, the cell roller 25 are mechanically connected by scale sleeve 23 and main lifting rope 27, the main lifting rope 27 It is flexibly connected with roller bar 26, the roller bar 26 is mechanically connected by 28 dative grooved roller cylinder 25 of bearing wheel carrier, the correction beam tube seat 24 set there are two and are installed in respectively the left and right sides of scale sleeve 23, and the cell roller 25 passes through bearing wheel carrier 28 and roller Jack-post 21 is mechanically connected, and the roller bar 26 is installed on the front side of 25 bottom end of cell roller, the bearing wheel carrier 28 and braking clamshell 1 The bearing mechanical of right end connects.
Referring to Fig. 2, the braking clamshell 1 is made of concave clamshell 11, square chest 12, bearing block 13, brake press plate 14, institute The right side that square chest 12 is welded on concave clamshell 11 is stated, the bearing block 13 is respectively arranged in inside square chest 12 with brake press plate 14 The left and right sides, the bearing block 13 are flexibly connected with brake press plate 14, and the brake press plate 14 passes through bearing block 13 and bearing wheel Frame 28 is mechanically connected, and the scale sleeve 23 is made of crescent moon scale 231, liner ring 232, rubber beams band 233, the crescent moon squama Piece 231 is integral equipped with more than two and around 232 center of circle of liner ring the surface uniform welding, and the rubber beams band 233 is set There are two and be nested in the left and right sides of liner ring 232 respectively, pushing 13 outer wall of friction bearing seat by brake press plate 14 can To play the effect of the rotation of emergency stop roller winding stand 2, the protection effect of a failure start and stop is formed.
Referring to Fig. 3, the crescent moon scale 231 is by crescent moon steel plate 2311, arc plate tripod 2312, crimp ball groove plate 2313, spring base 2314 forms, and the crescent moon steel plate 2311 is welded on the right side of crimp ball groove plate 2313, the arc plate tripod 2312 insert with spring base 2314 embedded in the inside of crimp ball groove plate 2313, and the crimp ball groove plate 2313 and spring base 2314 are living Dynamic connection, the crimp ball groove plate 2313 are the set square structure in curving and multiple-grooved hole, and the ball groove of curved edges facilitates occlusion One burst of steel wire side is worn the peripheral lines of rope not, but is engaged and pushes, and not only plays protective action, but also linking passes Dynamic smoothness, the notch hinged steel cable of crimp ball groove plate 2313 mutually chimeric with arc plate tripod 2312 by crimp ball groove plate 2313 Patterned surface stress pushes arc plate tripod 2312 and shrinks rebound, forms the effect of a gap buffer.
Please refer to Fig. 4-Fig. 5, the correction beam tube seat 24 by stretching, extension ball seat 241, twill plate 242, ripple foam-rubber cushion 243, Trapezoidal vertical plate 244, cross-shaped base 245, cingulum 246, L-type fixture block 247 form, and the stretching, extension ball seat 241 is equipped with two or more simultaneously And it is nested in the left and right sides of twill plate 242 respectively, the stretching, extension ball seat 241 is installed in cross-shaped base 245 with twill plate 242 Top surface on, the ripple foam-rubber cushion 243 sets there are two and is tightly attached to respectively the front and rear sides of cross-shaped base 245, the L-type Fixture block 247 sets there are four and is respectively welded on four corner slots of cross-shaped base 245, and the trapezoidal vertical plate 244 is equipped with two A and insert respectively embedded in the left upper right corner of cross-shaped base 245, the trapezoidal vertical plate 244. snaps together with cingulum 246, logical Trapezoidal vertical plate 244. and cingulum 246 are crossed around eye-splice, wirerope 29 is made to obtain anti-offset tightening effect.
Referring to Fig. 6, the stretching, extension ball seat 241 is by calotte 2411, thin plate seat 2412, snap-gauge 2413, bow cabinet frame bar 2414, otic placode 2415, rubber band spring stack 2416 form, and the calotte 2411 is nested in the right side of thin plate seat 2412, the card Plate 2413 sets there are two and is installed in the upper and lower ends for bending cabinet frame bar 2414 respectively, and the bow cabinet frame bar 2414 passes through snap-gauge 2413 use interference fit with otic placode 2415, and the rubber band spring stack 2416 is welded on the left side of thin plate seat 2412, rubber band spring Column 2416 is the mast arrangement that spring wire surrounds that rubber band is formed, and adds the clamping that spring wire is wound by the elasticity of rubber band itself Power, convenient to stretch adjusting elasticity when cooperating steel wire decentralization winding up and down, the thin plate seat 2412 is the intermediate narrow double arcs of upper and lower width Side structure achievees the effect that the double stress of left and right cambered surface, left side can be passed to by the power on right side, intermediate thin narrow structure has The medium for foring indirect transfer of effect plays the role of increasing combination of strength and toughness decentralization steel wire, and the crescent moon steel plate 2311 is upper The plate structure of the lower intermediate curved thickness of point, quality is hard and cambered surface polishes, the convenient press stressed effect by rope winding, also due to Globoidal structure is pushed by force-fitting to be rotated, and is reached the traversing winding effect of longitudinal force on same vertical plane, is passed through crescent moon steel plate 2311 stress and thin plate seat 2412 unload power transmission mutually transmitting, reach the cooperation of rubber band spring stack 2416 and unload power stretching, extension thin plate seat 2412 Effect prevent hinged tension abrasion rope to pull open the direct gap of rope.
Working principle: staff carries out high-altitude by the roller winding stand 2 in starting 4 traction braking clamshell 1 of motor and makees Steel wire decentralization movement in industry draws the linkage roll shaft column 21 of bearing wheel carrier 28 and roller bar 26 by 25 active rotation of cell roller, The driven lowering operation for facilitating lifting hoist cable 22 and the main lifting rope 27 cooperation decentralization winding of wirerope 29, makes main 27 pushing tow scale of lifting rope The linkage liner ring 232 of crescent moon scale 231 of sleeve 23 rotates, and crescent moon steel plate 2311 and crimp ball groove plate 2313 is made to push arc plate three 2312 contraction spring seat 2314 of corner bracket fastens the decorative pattern of main 27 outer surface of lifting rope, and protection steel cable quality avoids being lost, and also forms one The same frequency rotates effe of a collocation, then taken advantage of a situation by the trapezoidal vertical plate 244 of correction beam tube seat 24 with 246 lacing wires rope 29 of cingulum Decentralization, when wirerope 29 winds tension, wirerope 29 is by extruding stretching, extension ball seat 241 and surface detail is fitted into twill plate 242 Lasting transmission, the at this moment compression of calotte 2411 passes to thin plate seat 2412, makes to bend an exhibition outside the snap-gauge 2413 on cabinet frame bar 2414 The subtended angle of otic placode 2415 is opened, so that the stretching, extension of rubber band spring stack 2416 be pulled to unload power, also pulls open gap when wirerope 29 is wound, shape At the effect that dredging loosens, the extruding force up and down being subject to when preventing and winding by ripple foam-rubber cushion 243 and cross-shaped base 245, and L Type fixture block 247 is 25 robust structure of left and right clip cell roller, when lifting hoist cable 22 is led around the diversion sheave 5 entered in clamping plate 3 Draw and extend downward into turntable clip seat 6, make suspension hook 7 that wirerope 29 be cooperated to transfer efficient decline, reaches one three transverse directions of linkage The roller frame effect that front-back staggered is wound up and down, plays anti-skidding safety effect of rectifying a deviation.
The present invention is combined with each other by above-mentioned component, is reached and is matched with scale sleeve 23 with correction beam tube seat 24, Winding pushing tow crescent moon scale 231 is transferred by main lifting rope 27 and draws the rotation of liner ring 232, cuts with scissors the riffled external surface of steel cable It connects transmission and avoids the effect of abrasion, so that cross-shaped base 245 be driven to pass through under shape vertical plate 244 and 246 lacing wires rope 29 of cingulum It puts, and roll shaft column 21 reaches one three layers of roller frame phase of linkage immediately by 28 linkage rotation of bearing wheel carrier decentralization lifting hoist cable 22 The mutually effect of the hinged decentralization steel wire of dislocation plays the safety guarantee effect that protection steel cable avoids offset from slipping, with this come solve by Steel wire after will lead to burnishing in steel wire surface texture by hinged frictional dissipation, when multistrand rope being caused to cooperate skids Phenomenon, slippage when decentralization being caused to link up with can cause ground construction equipment and personnel in the movement of falling object that height is linked up in the air Security risk, and there is also the offset windings of steel wire during slipping, and equipment rope can be made to knot, project progress paralysis Problem.
Specific embodiment described herein is only to give an example to the present invention.The technical field of the invention Technical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner, but Without departing from of the invention or beyond the scope of the appended claims.

Claims (9)

1. a kind of high altitude operation three-stage roller dislocation rope rolling steel wire discharging mechanism, structure include: braking clamshell (1), Roller winding stand (2), clamping plate (3), motor (4), diversion sheave (5), turntable clip seat (6), suspension hook (7), it is characterised in that:
The roller winding stand (2) is nested in the inside of braking clamshell (1), and the motor (4) is inserted embedded in a left side for braking clamshell (1) Side, for the motor (4) by roller winding stand (2) and braking clamshell (1) mechanical connection, the clamping plate (3), which is inserted, is embedded in drag housing The front side of (1) bottom is covered, the diversion sheave (5) snaps together with clamping plate (3) and in the same vertical plane, the suspension hook (7) top is welded on the bottom of turntable clip seat (6), and the turntable clip seat (6) is mechanical even by steel wire and diversion sheave (5) It connects, the diversion sheave (5) is mechanically connected by turntable clip seat (6) and roller winding stand (2);
The roller winding stand (2) be equipped with roll shaft column (21), lifting hoist cable (22), scale sleeve (23), correction beam tube seat (24), Cell roller (25), roller bar (26), main lifting rope (27), bearing wheel carrier (28), wirerope (29);
With two lifting hoist cables (22) using being interference fitted, the roll shaft column (21) is installed for the outer surface of the roll shaft column (21) Rear side at the top of cell roller (25), the cell roller (25) are fastened on by correction beam tube seat (24) with wirerope (29) Together, the nested integral and axle center in the middle section of scale sleeve (23) the dative grooved roller cylinder (25) is conllinear, the cell roller (25) it is mechanically connected by scale sleeve (23) and main lifting rope (27), the main lifting rope (27) is flexibly connected with roller bar (26), institute State roller bar (26) by bearing wheel carrier (28) dative grooved roller cylinder (25) be mechanically connected, the correction beam tube seat (24) set there are two simultaneously And it is installed in the left and right sides of scale sleeve (23) respectively, the cell roller (25) passes through bearing wheel carrier (28) and roll shaft column (21) it is mechanically connected, the roller bar (26) is installed on the front side of cell roller (25) bottom end, the bearing wheel carrier (28) and braking The bearing mechanical of clamshell (1) right end connects.
2. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 1, special Sign is: the braking clamshell (1) is made of concave clamshell (11), square chest (12), bearing block (13), brake press plate (14), institute The right side that square chest (12) is welded on concave clamshell (11) is stated, the bearing block (13) and brake press plate (14) are respectively arranged in square chest (12) the internal left and right sides, the bearing block (13) are flexibly connected with brake press plate (14), and the brake press plate (14) passes through Bearing block (13) and bearing wheel carrier (28) are mechanically connected.
3. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 1, special Sign is: the scale sleeve (23) is made of crescent moon scale (231), liner ring (232), rubber beams band (233), the crescent moon Scale (231) is integral equipped with more than two and around liner ring (232) center of circle surface uniform welding, the rubber beams band (233) set there are two and be nested in respectively the left and right sides of liner ring (232).
4. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 3, special Sign is: the crescent moon scale (231) is by crescent moon steel plate (2311), arc plate tripod (2312), crimp ball groove plate (2313), bullet Spring abutment (2314) composition, the crescent moon steel plate (2311) are welded on the right side of crimp ball groove plate (2313), the arc plate tripod (2312) it inserts with spring base (2314) embedded in the inside of crimp ball groove plate (2313), the crimp ball groove plate (2313) and spring Seat (2314) is flexibly connected.
5. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 1, special Sign is: the correction beam tube seat (24) is by stretching, extension ball seat (241), twill plate (242), ripple foam-rubber cushion (243), trapezoidal vertical plate (244), cross-shaped base (245), cingulum (246), L-type fixture block (247) composition, the stretching, extension ball seat (241) are equipped with two or more And it is nested in the left and right sides of twill plate (242) respectively, the stretching, extension ball seat (241) and twill plate (242) are installed in ten On the top surface of word pedestal (245), the ripple foam-rubber cushion (243) sets there are two and is tightly attached to cross-shaped base (245) respectively Front and rear sides, the L-type fixture block (247) set there are four and are respectively welded on four corner slots of cross-shaped base (245), institute Trapezoidal vertical plate (244) is stated to set there are two and insert embedded in the left upper right corner of cross-shaped base (245), the trapezoidal vertical plate respectively (244) it is snapped together with cingulum (246).
6. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 5, special Sign is: the stretching, extension ball seat (241) is by calotte (2411), thin plate seat (2412), snap-gauge (2413), bow cabinet frame bar (2414), otic placode (2415), rubber band spring stack (2416) composition, the calotte (2411) are nested in the right side of thin plate seat (2412) Side, the snap-gauge (2413) set there are two and are installed in the upper and lower ends for bending cabinet frame bar (2414), the bow cabinet frame bar respectively (2414) by snap-gauge (2413) and otic placode (2415) using being interference fitted, the rubber band spring stack (2416) is welded on thin plate seat (2412) left side.
7. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 6, special Sign is: the thin plate seat (2412) is upper and lower wide intermediate narrow double arc side structures.
8. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 4, special Sign is: the crescent moon steel plate (2311) is the plate structure of the intermediate curved thickness of point up and down.
9. a kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation according to claim 4, special Sign is: the crimp ball groove plate (2313) is the set square structure in curving and multiple-grooved hole.
CN201811456003.0A 2018-11-30 2018-11-30 A kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation Pending CN109502497A (en)

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CN201811456003.0A CN109502497A (en) 2018-11-30 2018-11-30 A kind of steel wire discharging mechanism of the three-stage roller dislocation rope rolling of high altitude operation

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Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0680393A (en) * 1992-09-04 1994-03-22 Hitachi Ltd Hoist
CN201186858Y (en) * 2008-01-14 2009-01-28 湖北银轮蒲起机械有限责任公司 Wire rope electric gourd for metallurgy casting
CN202429936U (en) * 2012-01-19 2012-09-12 胡相兰 High-strength electric hoist
KR20140108907A (en) * 2013-03-04 2014-09-15 주식회사 포스코 Apparatus for preventing deviation of wire rope for overhead travelling crane
CN203833493U (en) * 2014-05-13 2014-09-17 赤壁市蒲圻起重运输机械有限责任公司 Climbing steel-wire rope type electric block
CN206645749U (en) * 2017-03-30 2017-11-17 河南大桥重工机械有限公司 Electric block type multi-lay winding hoist engine
CN108545648A (en) * 2018-05-14 2018-09-18 安徽森能电力设备有限公司 A kind of power engineering hoist engine

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0680393A (en) * 1992-09-04 1994-03-22 Hitachi Ltd Hoist
CN201186858Y (en) * 2008-01-14 2009-01-28 湖北银轮蒲起机械有限责任公司 Wire rope electric gourd for metallurgy casting
CN202429936U (en) * 2012-01-19 2012-09-12 胡相兰 High-strength electric hoist
KR20140108907A (en) * 2013-03-04 2014-09-15 주식회사 포스코 Apparatus for preventing deviation of wire rope for overhead travelling crane
CN203833493U (en) * 2014-05-13 2014-09-17 赤壁市蒲圻起重运输机械有限责任公司 Climbing steel-wire rope type electric block
CN206645749U (en) * 2017-03-30 2017-11-17 河南大桥重工机械有限公司 Electric block type multi-lay winding hoist engine
CN108545648A (en) * 2018-05-14 2018-09-18 安徽森能电力设备有限公司 A kind of power engineering hoist engine

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Application publication date: 20190322