CN205169606U - Ratchet stopping formula promotes location conveyor - Google Patents
Ratchet stopping formula promotes location conveyor Download PDFInfo
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- CN205169606U CN205169606U CN201520830863.1U CN201520830863U CN205169606U CN 205169606 U CN205169606 U CN 205169606U CN 201520830863 U CN201520830863 U CN 201520830863U CN 205169606 U CN205169606 U CN 205169606U
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- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 claims abstract description 42
- 229910052802 copper Inorganic materials 0.000 claims abstract description 42
- 239000010949 copper Substances 0.000 claims abstract description 42
- 230000005540 biological transmission Effects 0.000 claims abstract description 13
- 230000000712 assembly Effects 0.000 claims description 26
- 238000000429 assembly Methods 0.000 claims description 26
- 230000009467 reduction Effects 0.000 claims description 26
- 239000000725 suspension Substances 0.000 claims description 10
- 238000003825 pressing Methods 0.000 claims description 7
- 230000008901 benefit Effects 0.000 abstract description 3
- 238000005516 engineering process Methods 0.000 abstract description 3
- 230000007246 mechanism Effects 0.000 abstract description 3
- 230000000474 nursing effect Effects 0.000 abstract description 2
- 230000007115 recruitment Effects 0.000 abstract description 2
- 230000001737 promoting effect Effects 0.000 abstract 3
- 238000010586 diagram Methods 0.000 description 10
- 230000033001 locomotion Effects 0.000 description 4
- 238000004519 manufacturing process Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 239000003792 electrolyte Substances 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000003801 milling Methods 0.000 description 1
- 230000007306 turnover Effects 0.000 description 1
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Abstract
The utility model relates to a ratchet stopping formula promotes location conveyor belongs to the metallurgical machine technology field. The utility model discloses a promote frame, the promotion of ratchet stopping formula transmission, burst device, deflector apron device, lift the board device, the arrangement of promotion frame is subaerial, and ratchet stopping formula promotes transmission and installs on promoting the frame, lifts the board device and installs on promoting the frame, and the deflector apron device is installed and lie in ratchet stopping formula promotion transmission front portion on being lifted the board device, and the burst device is installed on promoting the frame. The utility model discloses can reduce workman's intensity of labour, reduce the work piece and artificially damage, have better suitability, adopt atmospheric pressure, hydraulic drive, the copper anode atress is even steady, work operation safe and reliable, whole mechanism component easily disassembles, easily overhauls, and spare part is common, need not professional person's nursing, cheap cost, the recruitment cost can be reduced, the economic benefits of enterprise is improved.
Description
Technical field
The utility model relates to a kind of lifting positioning transporting device, and particularly a kind of ratchet non-return type promotes positioning transporting device, belongs to technical field of metallurgical machinery.
Background technology
In the production process of electrolytic copper, need to flatten copper anode plate, the operation such as milling ear, make it meet certain flatness and pendency degree, avoid the existence because of surface irregularity and burr, cause two-plate spacing in electrolytic bath too small, affect amount of electrolyte and electrolytic efficiency.In order to the ear of each block copper anode plate and plate body processing process, in processing course of conveying, need copper anode plate burst, be in turn transplanted on down one processing stations.Because the quality of copper anode plate is comparatively large, traditional manual labor not only efficiency low, there is production safety hidden danger, and add productive costs, be unfavorable for Business Economic Benefit.
At present, domestic existing technology is the mode adopting vertical lift level to be transferred to different station., there is certain deficiency in the feed mechanism adopting this principle to realize, first, even more than two pieces copper anode plates are by the possibility vertically mentioned simultaneously two pieces, and rear manual intervention process shut down by needs; Secondly single copper anode plate carries out horizontal feed, inefficiency, extends the production cycle.
Summary of the invention
The purpose of this utility model is to provide a kind of ratchet non-return type and promotes positioning transporting device, to overcome the problems such as traditional work labour intensity is large, efficiency is low.
The utility model realizes by following technical scheme: a kind of ratchet non-return type promotes positioning transporting device, comprises lift carriage 1, ratchet non-return type lifting gear 2, slicing apparatus 3, deflector apron device 4, lifts panel assembly 5, lift carriage 1 is settled on the ground, ratchet non-return type lifting gear 2 is arranged in lift carriage 1, lift panel assembly 5 to be arranged on and lift carriage 1 is positioned at ratchet stop moves back formula lifting gear 2 front end, deflector apron device 4 is arranged on to lift and panel assembly 5 is positioned at ratchet stop to move back formula lifting gear 2 anterior, slicing apparatus 3 is arranged on and lift carriage 1 is positioned at ratchet stop moves back formula lifting gear 2 rear portion, ratchet non-return type lifting gear 2 comprises driving chain I 7, idler sprocket assembly 46, turn to chain wheel assembly 47, first chain wheel assembly 75, chain beam 91, imput shaft assembly 73, imput shaft assembly 73 is arranged in the middle part of lift carriage 1, chain beam 91 is arranged in lift carriage 1, idler sprocket assembly 46, chain wheel assembly 47 is turned to be arranged on chain beam 91 respectively, first chain wheel assembly 75 is arranged on chain beam 91 two ends, driving chain I 7 is arranged on imput shaft assembly 73, idler sprocket assembly 46, turn to chain wheel assembly 47, on first chain wheel assembly 75, imput shaft assembly 73 comprises drive sprocket I 26, ratchet 27, imput shaft I 28, drive sprocket II 29, oil motor II 30, spring 31, ratchet 32, ratchet base 33, reduction assemblies II 50, bearing seat III 51, bearing seat IV 52, reductor support 74, reductor support 74 is arranged in lift carriage 1, reduction assemblies II 50 is arranged on reductor support 74, oil motor II 30 is arranged on reductor support 74 and is connected with reduction assemblies II 50 one end, imput shaft I 28 is arranged on bearing seat III 51 in lift carriage 1 and bearing seat IV 52, be connected with reduction assemblies II 50 other end, drive sprocket I 26, ratchet 27, drive sprocket II 29 is arranged in imput shaft I 28 respectively, ratchet 32 is arranged on the ratchet base 33 in lift carriage 1, engage with ratchet 27, spring 31 connects ratchet 32 and ratchet base 33, driving chain I 7 is arranged on drive sprocket I 26, suspension hook 6 is arranged on driving chain I 7, idler sprocket assembly 46 comprises adjusting slider 81, adjusting yoke 82, idler sprocket 83, idler sprocket support 77, idler sprocket support 77 is arranged on chain beam 91, adjusting slider 81 is arranged in idler sprocket support 77, adjusting yoke 82 is connected with adjusting slider 81 side, and idler sprocket 83 is arranged on adjusting slider 81 opposite side, turns to chain wheel assembly 47 to comprise and turns to sprocket holder 76, axle IV 79, turns to sprocket wheel 80, turn to sprocket holder 76 to be arranged on chain beam 91, axle IV 79 is arranged on and turns on sprocket holder 76, and turn to sprocket wheel 80 to be arranged on axle IV 79, first chain wheel assembly 75 comprises first sprocket holder 78, pressing plate 84, axle V 85, first sprocket wheel 86, first sprocket holder 78 is arranged on chain beam 91 two ends, and axle V 85 is arranged on first sprocket holder 78 by pressing plate 84, and first sprocket wheel 86 is arranged on axle V 85, and driving chain I 7 is arranged on drive sprocket I 26, idler sprocket 83, turns to sprocket wheel 80, on first sprocket wheel 86.
Described panel assembly 5 of lifting comprises oil motor I 8, driving chain II 9, tension assembly 10, drive sprocket 11, big gear wheel I 12, upper driver plate 13, raising plate I 14, copper anode plate III 15, copper anode plate II 19, copper anode plate I 20, big gear wheel II 23, lower driver plate 24, driving gear 25, lifts and move backing plate 48, reduction assemblies I 49, transmission shaft 54, sprocket wheel 55, erecting frame 56, imput shaft 57, axle II 58, axle III 59, casing 60, erecting frame 56 is arranged in lift carriage 1, reduction assemblies I 49 is arranged on erecting frame 56, oil motor I 8 is arranged on erecting frame 56 and is connected with reduction assemblies I 49 one end, transmission shaft 54 is connected with reduction assemblies I 49 other end, sprocket wheel 55 is arranged on transmission shaft 54, casing 60 is arranged in lift carriage 1, imput shaft 57, axle II 58, axle III 59 is installed in casing 60, driving gear 25 is arranged in imput shaft 57, drive sprocket 11 is arranged in imput shaft 57 and is positioned at driving gear 25 sidepiece, driving chain II 9 is arranged on drive sprocket 11, on sprocket wheel 55, tension assembly 10 is fixedly mounted in lift carriage 1 and is positioned in the middle part of driving chain II 9, big gear wheel I 12, upper driver plate 13 is arranged on axle II 58, big gear wheel I 12 is positioned at driving gear 25 top and engages with driving gear 25 top, big gear wheel II 23, lower driver plate 24 is arranged on axle III 59, big gear wheel II 23 is positioned at driving gear 25 bottom and engages with driving gear 25 bottom, raising plate I 14 is arranged on driver plate 13, on lower driver plate 24, lift and move backing plate 48 and be arranged on raising plate I 14 one end sidepiece, copper anode plate I 20, copper anode plate II 19 pendency is placed on raising plate I 14, copper anode plate III 15 pendency is placed in lift and moves on backing plate 48, tension assembly 10 comprises tension wheel 61, tensioning backing plate 62, bolt I 63, bolt II 64, tensioning plate 65, tension wheel shaft 66, tensioning backing plate 62 is arranged in lift carriage 1, and tensioning plate 65 is arranged on tensioning backing plate 62 by bolt I 63, bolt II 64, and tension wheel shaft 66 one end is fixed on tensioning plate 65, and tension wheel 61 is arranged on tension wheel shaft 66 other end.
Described deflector apron device 4 comprises cylinder I 16, bearing seat I 17, side plate 18, baffle plate swing arm 21, guide plate 22, earring seats I 67, earrings 68, adapter shaft I 69, adapter shaft II 70, adapter shaft III 71, axle sleeve 72; Bearing seat I 17 is arranged in lift carriage 1, side plate 18 one end is arranged on bearing seat I 17, cylinder I 16 one end is arranged in lift carriage 1 by earring seats I 67, cylinder I 16 other end is connected with in the middle part of side plate 18 by earrings 68, adapter shaft II 70, adapter shaft III 71 is arranged on side plate 18 other end, baffle plate swing arm 21 is fixedly mounted on adapter shaft III 71 by axle sleeve 72, and guide plate 22 is arranged in baffle plate swing arm 21.
Described slicing apparatus 3 comprises bearing seat II 34, swing arm 35, raising plate II 36, coaster plate 37, connecting rod 38, swing arm 39, oscillating axle 40, axle I 41, oscillating oil cylinder 42, cylinder II 43, slide block 44, crossbeam 53, swing cylinder seat 88, earring seats II 89, corner bracket 90, bearing seat II 34 is arranged in lift carriage 1, axle I 41 is arranged on bearing seat II 34 by bearing, swing arm 35 is arranged on axle I 41 two ends, crossbeam 53 is arranged in the middle part of swing arm 35, cylinder II 43 one end is connected with in the middle part of crossbeam 53 by earring seats II 89, cylinder II 43 other end connects another machine by corner bracket 90, oscillating axle 40 is connected with swing arm 35 and is positioned at crossbeam 53 bottom, swing cylinder seat 88 is arranged on axle I 41, oscillating oil cylinder 42 is arranged on swing cylinder seat 88 and is connected with oscillating axle 40, swing arm 39 is arranged on oscillating axle 40, guide rail 45 is offered inside swing arm 35, raising plate II 36 is arranged on coaster plate 37 side, slide block 44 is arranged on coaster plate 37 opposite side, coaster plate 37 to be coordinated with guide rail 45 by slide block 44 and is arranged on inside swing arm 35, connecting rod 38 one end is connected with coaster plate 37, the other end is connected with swing arm 39.
Described ratchet 32 upper surface is plane, and bottom is arc surface, and can prevent ratchet 27 from reversing, spring 31 can realize automatically reseting of ratchet 32.
Described suspension hook 6 is provided with protruding 87, and protruding 87 parts can fixed copper anode plate in transportation, prevents landing.
The principle of work that ratchet non-return type promotes positioning transporting device is: through a driving for cylinder I 16, side plate 18 and baffle plate swing arm 21 are moved, and pending copper anode plate is fixed on the position residing for copper anode plate I 20 by guide plate 22; Oil motor I 8 drives driving chain I 9 counterclockwise movement, thus cause the drive sprocket 11 in same imput shaft II 57 and driving gear 25 to rotate counterclockwise, simultaneously, driving gear 25 drives again rotating clockwise of big gear wheel I 12 and big gear wheel II 23, then, upper driver plate 13 and lower driver plate 24 rotate clockwise, raising plate I 14 setting in motion; Copper anode plate I 20 is moved to the position residing for copper anode plate II 19 by raising plate I 14, and meanwhile, copper anode plate II 19 is moved to the position residing for copper anode plate III 15 by raising plate I 14, waits for that the suspension hook 6 on driving chain I 7 is held transport; Next step, raising plate I 14 moves to initial position and lifts and move copper anode plate, reciprocation cycle work.
Oil motor II 30 rotates clockwise through deceleration imput shaft I 28, drive sprocket I 26 and drive sprocket II 29 also rotate clockwise, so driving chain I 7 setting in motion, copper anode plate is held by suspension hook 6 and up moves, when ratchet 27 rotates clockwise, realize resetting by spring 31, if conter clockwise reversion, can be blocked by ratchet 32, and stop being rotated further of imput shaft I 28.
When copper anode plate is transported to the upper end of raising plate II 36, the driving of cylinder II 43, swing arm 35 is driven to turn over, simultaneously, due to the driving of oscillating oil cylinder 42, by the effect of swing arm 39 and connecting rod 38, raising plate II 36 up moves along guide rail 45, and copper anode plate is shifted into next processing stations.
Tension assembly 10 changes the position of tension wheel 61 by mobile tensioning plate 65, thus realizes the tensioning of driving chain II 9; Idler sprocket assembly 46 drives the movement of adjusting slider 81 in idler sprocket support 77 by acting on adjusting yoke 82, so the position of idler sprocket 83 also changes, plays the effect of tensioning driving chain I 7.
The utility model has following beneficial effect:
1, copper anode plate can be carried in automatic lifting location, thus realize closely cooperating between operation;
2, the labour intensity of workman can be reduced, reduce workpiece artificial damage, there is good applicability;
3, adopt air pressure, hydraulic-driven, copper anode plate uniform force is steady, works safe and reliable to operation;
4, comparatively a dead lift is more quick, can run continuously, increase work efficiency, meet the requirement of automated production;
5, whole mechanism assembly is easy to disassemble, be easy to maintenance, and parts are common, without the need to professional person's nursing, and low cost;
6, according to the demand that different enterprise practical is produced, scantling of structure and the power resources of complete machine and parts can be changed, and do not affect the realization of function;
7, recruitment cost can be reduced, improve the economic benefit of enterprise.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 of the present utility modelly lifts panel assembly side-looking structural representation;
Fig. 3 of the present utility modelly lifts panel assembly structural representation;
Fig. 4 of the present utility modelly lifts the left TV structure schematic diagram of panel assembly;
Fig. 5 of the present utility modelly lifts panel assembly partial side TV structure schematic diagram;
Fig. 6 of the present utility modelly lifts panel assembly fragmentary top TV structure schematic diagram;
Fig. 7 of the present utility modelly lifts tension assembly structural representation in panel assembly;
Fig. 8 is deflector apron apparatus structure schematic diagram of the present utility model;
Fig. 9 is deflector apron device plan structure schematic diagram of the present utility model;
Figure 10 is ratchet non-return type lifting gear side-looking structural representation of the present utility model;
Figure 11 is ratchet non-return type lifting gear imput shaft assembly plan structure schematic diagram of the present utility model;
Figure 12 is ratchet, click fit arrangement schematic diagram in ratchet non-return type lifting gear of the present utility model;
Figure 13 is idler sprocket unit construction schematic diagram in ratchet non-return type lifting gear of the present utility model;
Figure 14 turns to chain wheel assembly structural representation in ratchet non-return type lifting gear of the present utility model;
Figure 15 is first chain wheel assembly structural representation in ratchet non-return type lifting gear of the present utility model;
Figure 16 is driving chain I and suspension hook fit structure schematic diagram in ratchet non-return type lifting gear of the present utility model;
Figure 17 is slicing apparatus side-looking structural representation of the present utility model;
Figure 18 is slicing apparatus partial left TV structure schematic diagram of the present utility model.
In figure, each label is: 1: lift carriage, 2: ratchet non-return type lifting gear, 3: slicing apparatus, 4: deflector apron device, 5: lift panel assembly, 6: suspension hook, 7: driving chain I, 8: oil motor I, 9: driving chain II, 10: tension assembly, 11: drive sprocket, 12: big gear wheel I, 13: upper driver plate, 14: raising plate I, 15: copper anode plate III, 16: cylinder I, 17: bearing seat I, 18: side plate, 19: copper anode plate II, 20: copper anode plate I, 21: baffle plate swing arm, 22: guide plate, 23: big gear wheel II, 24: lower driver plate, 25: driving gear, 26: drive sprocket I, 27: ratchet, 28: imput shaft I, 29: drive sprocket II, 30: oil motor II, 31: spring, 32: ratchet, 33: ratchet base, 34: bearing seat II, 35: swing arm, 36: raising plate II, 37: coaster plate, 38: connecting rod, 39: swing arm, 40: oscillating axle, 41: axle I, 42: oscillating oil cylinder, 43: cylinder II, 44: slide block, 45: guide rail, 46: idler sprocket assembly, 47: turn to chain wheel assembly, 48: lift and move backing plate, 49: reduction assemblies I, 50: reduction assemblies II, 51: bearing seat III, 52: bearing seat IV, 53: crossbeam, 54: transmission shaft, 55: sprocket wheel, 56: erecting frame, 57: imput shaft II, 58: axle II, 59: axle III, 60: casing, 61: tension wheel, 62: tensioning backing plate, 63: bolt I, 64: bolt II, 65: tensioning plate, 66: tension wheel shaft, 67: earring seats I, 68: earrings, 69: adapter shaft I, 70: adapter shaft II, 71: adapter shaft III, 72: axle sleeve, 73: imput shaft assembly, 74: reductor support, 75: first chain wheel assembly, 76: turn to sprocket holder, 77: idler sprocket support, 78: first sprocket holder, 79: axle IV, 80: turn to sprocket wheel, 81: adjusting slider, 82: adjusting yoke, 83: idler sprocket, 84: pressing plate, 85: axle V, 86: first sprocket wheel, 87: protruding, 88: swing cylinder seat, 89: earring seats II, 90: corner bracket, 91: chain beam.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail, but content of the present utility model is not limited to described scope.
Embodiment 1: as shown in Fig. 1-18, a kind of ratchet non-return type promotes positioning transporting device, comprises lift carriage 1, ratchet non-return type lifting gear 2, slicing apparatus 3, deflector apron device 4, lifts panel assembly 5, lift carriage 1 is settled on the ground, ratchet non-return type lifting gear 2 is arranged in lift carriage 1, lift panel assembly 5 to be arranged on and lift carriage 1 is positioned at ratchet stop moves back formula lifting gear 2 front end, deflector apron device 4 is arranged on to lift and panel assembly 5 is positioned at ratchet stop to move back formula lifting gear 2 anterior, slicing apparatus 3 is arranged on and lift carriage 1 is positioned at ratchet stop moves back formula lifting gear 2 rear portion, ratchet non-return type lifting gear 2 comprises driving chain I 7, idler sprocket assembly 46, turn to chain wheel assembly 47, first chain wheel assembly 75, chain beam 91, imput shaft assembly 73, imput shaft assembly 73 is arranged in the middle part of lift carriage 1, chain beam 91 is arranged in lift carriage 1, idler sprocket assembly 46, chain wheel assembly 47 is turned to be arranged on chain beam 91 respectively, first chain wheel assembly 75 is arranged on chain beam 91 two ends, driving chain I 7 is arranged on imput shaft assembly 73, idler sprocket assembly 46, turn to chain wheel assembly 47, on first chain wheel assembly 75, imput shaft assembly 73 comprises drive sprocket I 26, ratchet 27, imput shaft I 28, drive sprocket II 29, oil motor II 30, spring 31, ratchet 32, ratchet base 33, reduction assemblies II 50, bearing seat III 51, bearing seat IV 52, reductor support 74, reductor support 74 is arranged in lift carriage 1, reduction assemblies II 50 is arranged on reductor support 74, oil motor II 30 is arranged on reductor support 74 and is connected with reduction assemblies II 50 one end, imput shaft I 28 is arranged on bearing seat III 51 in lift carriage 1 and bearing seat IV 52, be connected with reduction assemblies II 50 other end, drive sprocket I 26, ratchet 27, drive sprocket II 29 is arranged in imput shaft I 28 respectively, ratchet 32 is arranged on the ratchet base 33 in lift carriage 1, engage with ratchet 27, spring 31 connects ratchet 32 and ratchet base 33, driving chain I 7 is arranged on drive sprocket I 26, suspension hook 6 is arranged on driving chain I 7, idler sprocket assembly 46 comprises adjusting slider 81, adjusting yoke 82, idler sprocket 83, idler sprocket support 77, idler sprocket support 77 is arranged on chain beam 91, adjusting slider 81 is arranged in idler sprocket support 77, adjusting yoke 82 is connected with adjusting slider 81 side, and idler sprocket 83 is arranged on adjusting slider 81 opposite side, turns to chain wheel assembly 47 to comprise and turns to sprocket holder 76, axle IV 79, turns to sprocket wheel 80, turn to sprocket holder 76 to be arranged on chain beam 91, axle IV 79 is arranged on and turns on sprocket holder 76, and turn to sprocket wheel 80 to be arranged on axle IV 79, first chain wheel assembly 75 comprises first sprocket holder 78, pressing plate 84, axle V 85, first sprocket wheel 86, first sprocket holder 78 is arranged on chain beam 91 two ends, and axle V 85 is arranged on first sprocket holder 78 by pressing plate 84, and first sprocket wheel 86 is arranged on axle V 85, and driving chain I 7 is arranged on drive sprocket I 26, idler sprocket 83, turns to sprocket wheel 80, on first sprocket wheel 86.
Lift panel assembly 5 to comprise oil motor I 8, driving chain II 9, tension assembly 10, drive sprocket 11, big gear wheel I 12, upper driver plate 13, raising plate I 14, copper anode plate III 15, copper anode plate II 19, copper anode plate I 20, big gear wheel II 23, lower driver plate 24, driving gear 25, lift and move backing plate 48, reduction assemblies I 49, transmission shaft 54, sprocket wheel 55, erecting frame 56, imput shaft 57, axle II 58, axle III 59, casing 60, erecting frame 56 is arranged in lift carriage 1, reduction assemblies I 49 is arranged on erecting frame 56, oil motor I 8 is arranged on erecting frame 56 and is connected with reduction assemblies I 49 one end, transmission shaft 54 is connected with reduction assemblies I 49 other end, sprocket wheel 55 is arranged on transmission shaft 54, casing 60 is arranged in lift carriage 1, imput shaft 57, axle II 58, axle III 59 is installed in casing 60, driving gear 25 is arranged in imput shaft 57, drive sprocket 11 is arranged in imput shaft 57 and is positioned at driving gear 25 sidepiece, driving chain II 9 is arranged on drive sprocket 11, on sprocket wheel 55, tension assembly 10 is fixedly mounted in lift carriage 1 and is positioned in the middle part of driving chain II 9, big gear wheel I 12, upper driver plate 13 is arranged on axle II 58, big gear wheel I 12 is positioned at driving gear 25 top and engages with driving gear 25 top, big gear wheel II 23, lower driver plate 24 is arranged on axle III 59, big gear wheel II 23 is positioned at driving gear 25 bottom and engages with driving gear 25 bottom, raising plate I 14 is arranged on driver plate 13, on lower driver plate 24, lift and move backing plate 48 and be arranged on raising plate I 14 one end sidepiece, copper anode plate I 20, copper anode plate II 19 pendency is placed on raising plate I 14, copper anode plate III 15 pendency is placed in lift and moves on backing plate 48, tension assembly 10 comprises tension wheel 61, tensioning backing plate 62, bolt I 63, bolt II 64, tensioning plate 65, tension wheel shaft 66, tensioning backing plate 62 is arranged in lift carriage 1, and tensioning plate 65 is arranged on tensioning backing plate 62 by bolt I 63, bolt II 64, and tension wheel shaft 66 one end is fixed on tensioning plate 65, and tension wheel 61 is arranged on tension wheel shaft 66 other end.
Deflector apron device 4 comprises cylinder I 16, bearing seat I 17, side plate 18, baffle plate swing arm 21, guide plate 22, earring seats I 67, earrings 68, adapter shaft I 69, adapter shaft II 70, adapter shaft III 71, axle sleeve 72; Bearing seat I 17 is arranged in lift carriage 1, side plate 18 one end is arranged on bearing seat I 17, cylinder I 16 one end is arranged in lift carriage 1 by earring seats I 67, cylinder I 16 other end is connected with in the middle part of side plate 18 by earrings 68, adapter shaft II 70, adapter shaft III 71 is arranged on side plate 18 other end, baffle plate swing arm 21 is fixedly mounted on adapter shaft III 71 by axle sleeve 72, and guide plate 22 is arranged in baffle plate swing arm 21.
Slicing apparatus 3 comprises bearing seat II 34, swing arm 35, raising plate II 36, coaster plate 37, connecting rod 38, swing arm 39, oscillating axle 40, axle I 41, oscillating oil cylinder 42, cylinder II 43, slide block 44, crossbeam 53, swing cylinder seat 88, earring seats II 89, corner bracket 90, bearing seat II 34 is arranged in lift carriage 1, axle I 41 is arranged on bearing seat II 34 by bearing, swing arm 35 is arranged on axle I 41 two ends, crossbeam 53 is arranged in the middle part of swing arm 35, cylinder II 43 one end is connected with in the middle part of crossbeam 53 by earring seats II 89, cylinder II 43 other end connects another machine by corner bracket 90, oscillating axle 40 is connected with swing arm 35 and is positioned at crossbeam 53 bottom, swing cylinder seat 88 is arranged on axle I 41, oscillating oil cylinder 42 is arranged on swing cylinder seat 88 and is connected with oscillating axle 40, swing arm 39 is arranged on oscillating axle 40, guide rail 45 is offered inside swing arm 35, raising plate II 36 is arranged on coaster plate 37 side, slide block 44 is arranged on coaster plate 37 opposite side, coaster plate 37 to be coordinated with guide rail 45 by slide block 44 and is arranged on inside swing arm 35, connecting rod 38 one end is connected with coaster plate 37, the other end is connected with swing arm 39.
Ratchet 32 upper surface is plane, and bottom is arc surface.Suspension hook 6 is provided with protruding 87.
Claims (6)
1. ratchet non-return type promotes a positioning transporting device, it is characterized in that: comprise lift carriage (1), ratchet non-return type lifting gear (2), slicing apparatus (3), deflector apron device (4), lift panel assembly (5), lift carriage (1) is settled on the ground, ratchet non-return type lifting gear (2) is arranged in lift carriage (1), lift panel assembly (5) to be arranged on and lift carriage 1 is positioned at ratchet stop moves back formula lifting gear (2) front end, deflector apron device (4) is arranged on to lift and panel assembly (5) is positioned at ratchet stop to move back formula lifting gear (2) anterior, slicing apparatus (3) is arranged on and lift carriage (1) is positioned at ratchet stop moves back formula lifting gear (2) rear portion, ratchet non-return type lifting gear (2) comprises driving chain I (7), idler sprocket assembly (46), turn to chain wheel assembly (47), first chain wheel assembly (75), chain beam (91), imput shaft assembly (73), imput shaft assembly (73) is arranged on lift carriage (1) middle part, chain beam (91) is arranged in lift carriage (1), idler sprocket assembly (46), chain wheel assembly (47) is turned to be arranged on chain beam (91) respectively, first chain wheel assembly (75) is arranged on chain beam (91) two ends, driving chain I (7) is arranged on imput shaft assembly (73), idler sprocket assembly (46), turn to chain wheel assembly (47), on first chain wheel assembly (75), imput shaft assembly (73) comprises drive sprocket I (26), ratchet (27), imput shaft I (28), drive sprocket II (29), oil motor II (30), spring (31), ratchet (32), ratchet base (33), reduction assemblies II (50), bearing seat III (51), bearing seat IV (52), reductor support (74), reductor support (74) is arranged in lift carriage (1), reduction assemblies II (50) is arranged on reductor support (74), oil motor II (30) is arranged on reductor support (74) and is above connected with reduction assemblies II (50) one end, imput shaft I (28) is arranged on bearing seat III (51) in lift carriage (1) and bearing seat IV (52), be connected with reduction assemblies II (50) other end, drive sprocket I (26), ratchet (27), drive sprocket II (29) is arranged in imput shaft I (28) respectively, ratchet (32) is arranged on the ratchet base (33) in lift carriage (1), engage with ratchet (27), spring (31) connects ratchet (32) and ratchet base (33), driving chain I (7) is arranged on drive sprocket I (26), suspension hook (6) is arranged on driving chain I (7), idler sprocket assembly (46) comprises adjusting slider (81), adjusting yoke (82), idler sprocket (83), idler sprocket support (77), idler sprocket support (77) is arranged on chain beam (91), adjusting slider (81) is arranged in idler sprocket support (77), adjusting yoke (82) is connected with adjusting slider (81) side, idler sprocket (83) is arranged on adjusting slider (81) opposite side, turns to chain wheel assembly (47) to comprise and turns to sprocket holder (76), axle IV (79), turns to sprocket wheel (80), sprocket holder (76) is turned to be arranged on chain beam (91), axle IV (79) is arranged on and turns on sprocket holder (76), turn to sprocket wheel (80) to be arranged on axle IV (79), first chain wheel assembly (75) comprises first sprocket holder (78), pressing plate (84), axle V (85), first sprocket wheel (86), first sprocket holder (78) is arranged on chain beam (91) two ends, axle V (85) is arranged on first sprocket holder (78) by pressing plate (84), first sprocket wheel (86) is arranged on axle V (85), and driving chain I (7) is arranged on drive sprocket I (26), idler sprocket (83), turns to sprocket wheel (80), on first sprocket wheel (86).
2. ratchet non-return type according to claim 1 promotes positioning transporting device, it is characterized in that: described in lift panel assembly (5) and comprise oil motor I (8), driving chain II (9), tension assembly (10), drive sprocket (11), big gear wheel I (12), upper driver plate (13), raising plate I (14), copper anode plate III (15), copper anode plate II (19), copper anode plate I (20), big gear wheel II (23), lower driver plate (24), driving gear (25), lift and move backing plate (48), reduction assemblies I (49), transmission shaft (54), sprocket wheel (55), erecting frame (56), imput shaft (57), axle II (58), axle III (59), casing (60), erecting frame (56) is arranged in lift carriage (1), reduction assemblies I (49) is arranged on erecting frame (56), oil motor I (8) is arranged on erecting frame (56) and is above connected with reduction assemblies I (49) one end, transmission shaft (54) is connected with reduction assemblies I (49) other end, sprocket wheel (55) is arranged on transmission shaft (54), casing (60) is arranged in lift carriage (1), imput shaft (57), axle II (58), axle III (59) is installed in casing (60), driving gear (25) is arranged in imput shaft (57), drive sprocket (11) is arranged in imput shaft (57) and is positioned at driving gear (25) sidepiece, driving chain II (9) is arranged on drive sprocket (11), on sprocket wheel (55), tension assembly (10) is fixedly mounted in lift carriage (1) and is positioned at driving chain II (9) middle part, big gear wheel I (12), upper driver plate (13) is arranged on axle II (58), big gear wheel I (12) is positioned at driving gear (25) top and engages with driving gear (25) top, big gear wheel II (23), lower driver plate (24) is arranged on axle III (59), big gear wheel II (23) is positioned at driving gear (25) bottom and engages with driving gear (25) bottom, raising plate I (14) is arranged on driver plate (13), on lower driver plate (24), lift and move backing plate (48) and be arranged on raising plate I (14) one end sidepiece, copper anode plate I (20), copper anode plate II (19) pendency is placed on raising plate I (14), copper anode plate III (15) pendency is placed in lift and moves on backing plate (48), tension assembly (10) comprises tension wheel (61), tensioning backing plate (62), bolt I (63), bolt II (64), tensioning plate (65), tension wheel shaft (66), tensioning backing plate (62) is arranged in lift carriage 1, tensioning plate (65) is arranged on tensioning backing plate (62) by bolt I (63), bolt II (64), tension wheel shaft (66) one end is fixed on tensioning plate (65), and tension wheel (61) is arranged on tension wheel shaft (66) other end.
3. ratchet non-return type according to claim 1 promotes positioning transporting device, it is characterized in that: described deflector apron device (4) comprises cylinder I (16), bearing seat I (17), side plate (18), baffle plate swing arm (21), guide plate (22), earring seats I (67), earrings (68), adapter shaft I (69), adapter shaft II (70), adapter shaft III (71), axle sleeve (72); Bearing seat I (17) is arranged in lift carriage (1), side plate (18) one end is arranged on bearing seat I (17), cylinder I (16) one end is arranged in lift carriage (1) by earring seats I (67), cylinder I (16) other end is connected with side plate (18) middle part by earrings (68), adapter shaft II (70), adapter shaft III (71) is arranged on side plate (18) other end, baffle plate swing arm (21) is fixedly mounted on adapter shaft III (71) by axle sleeve (72), and guide plate (22) is arranged in baffle plate swing arm (21).
4. ratchet non-return type according to claim 1 promotes positioning transporting device, it is characterized in that: described slicing apparatus (3) comprises bearing seat II (34), swing arm (35), raising plate II (36), coaster plate (37), connecting rod (38), swing arm (39), oscillating axle (40), axle I (41), oscillating oil cylinder (42), cylinder II (43), slide block (44), crossbeam (53), swing cylinder seat (88), earring seats II (89), corner bracket (90), bearing seat II (34) is arranged in lift carriage (1), axle I (41) is arranged on bearing seat II (34) by bearing, swing arm (35) is arranged on axle I (41) two ends, crossbeam (53) is arranged on swing arm (35) middle part, cylinder II (43) one end is connected with crossbeam (53) middle part by earring seats II (89), cylinder II (43) other end connects another machine by corner bracket (90), oscillating axle (40) is connected with swing arm (35) and is positioned at crossbeam (53) bottom, swing cylinder seat 88 is arranged on axle I (41), oscillating oil cylinder (42) is arranged on swing cylinder seat (88) and is above connected with oscillating axle (40), swing arm (39) is arranged on oscillating axle (40), swing arm (35) inner side offers guide rail (45), raising plate II (36) is arranged on coaster plate (37) side, slide block (44) is arranged on coaster plate (37) opposite side, coaster plate (37) to be coordinated with guide rail (45) by slide block (44) and is arranged on swing arm (35) inner side, connecting rod (38) one end is connected with coaster plate (37), the other end is connected with swing arm (39).
5. ratchet non-return type according to claim 1 promotes positioning transporting device, and it is characterized in that: described ratchet (32) upper surface is plane, bottom is arc surface.
6. ratchet non-return type according to claim 1 promotes positioning transporting device, it is characterized in that: described suspension hook (6) is provided with projection (87).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520830863.1U CN205169606U (en) | 2015-10-26 | 2015-10-26 | Ratchet stopping formula promotes location conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520830863.1U CN205169606U (en) | 2015-10-26 | 2015-10-26 | Ratchet stopping formula promotes location conveyor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205169606U true CN205169606U (en) | 2016-04-20 |
Family
ID=55733623
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520830863.1U Withdrawn - After Issue CN205169606U (en) | 2015-10-26 | 2015-10-26 | Ratchet stopping formula promotes location conveyor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205169606U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105253545A (en) * | 2015-10-26 | 2016-01-20 | 昆明理工大学 | Ratchet wheel stop type lifting positioning conveying device |
| CN110789994A (en) * | 2019-11-06 | 2020-02-14 | 济南大学 | Board equipment is got to colluding board of disc casting unit |
| CN110917035A (en) * | 2019-12-16 | 2020-03-27 | 江西桔王药业有限公司 | Automatic filling machine for paste medicine |
-
2015
- 2015-10-26 CN CN201520830863.1U patent/CN205169606U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105253545A (en) * | 2015-10-26 | 2016-01-20 | 昆明理工大学 | Ratchet wheel stop type lifting positioning conveying device |
| CN110789994A (en) * | 2019-11-06 | 2020-02-14 | 济南大学 | Board equipment is got to colluding board of disc casting unit |
| CN110789994B (en) * | 2019-11-06 | 2021-05-14 | 济南大学 | Board equipment is got to colluding board of disc casting unit |
| CN110917035A (en) * | 2019-12-16 | 2020-03-27 | 江西桔王药业有限公司 | Automatic filling machine for paste medicine |
| CN110917035B (en) * | 2019-12-16 | 2021-08-17 | 江西桔王药业有限公司 | Automatic filling machine for paste medicine |
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