CN203298614U - Automatic discharge device of calcium carbide furnace - Google Patents
Automatic discharge device of calcium carbide furnace Download PDFInfo
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- CN203298614U CN203298614U CN2012206463569U CN201220646356U CN203298614U CN 203298614 U CN203298614 U CN 203298614U CN 2012206463569 U CN2012206463569 U CN 2012206463569U CN 201220646356 U CN201220646356 U CN 201220646356U CN 203298614 U CN203298614 U CN 203298614U
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Abstract
The utility model discloses an automatic discharge device of a calcium carbide furnace. The automatic discharge device comprises a cart mechanism, a tool rod locking mechanism, a working arm mechanism, a working arm pitching mechanism, a heat insulation protection system, a tool trolley, a trolley hydraulic station used for controlling a hydraulic device in the automatic discharge device of the calcium carbide furnace, and an automatic control system used to work together with all parts of the automatic discharge system of the calcium carbide furnace, wherein the tool rod locking mechanism and the working arm mechanism are connected together through a bolt, the working arm mechanism is fixed on the upper part of the cart mechanism through a bolt, two ends of the working arm pitching mechanism are respectively combined with the cart mechanism and the working arm mechanism through bolts, the heat insulation protection system is fixed on the front end of the cart mechanism, and the trolley hydraulic station is fixed on the back of the upper part of the cart mechanism. According to the automatic discharge device adopting the scheme, the whole automatic discharge device adopts hydraulic transmission and can be operated in a long distance, thus the manual operation of a hearth attendant is greatly reduced, the hearth attendant is prevented from being in a high-temperature environment for a long time, and the potential safety hazard is reduced.
Description
Technical field
The utility model belongs to smelting equipment, is used for furnace of calcium carbide is carried out the automatic tapping operation.
Background technology
The furnace operating that goes out of furnace of calcium carbide (is mainly widened the view; disclose eye; stifled eye) be all manually-operated all the time; production in the past small calcium carbide furnace; during manually-operated, fire door occurs extremely little on the impact of producing; different for the production of large-scale furnace of calcium carbide, often there will be difficulty during manually-operated, even accident occurs and affect production.Manually come out of the stove and also have following shortcoming for large-scale furnace of calcium carbide:
1. in the operation of manually widening the view, because the bar diameter for disclosing eye only has the 20mm left and right, the stove eye of disclosing is little, and the melting calcium carbide is by very difficult, and fire door easily stops up;
2. when manually stifled stove eye operated, the stifled depth was difficult to control.Stifled is excessively shallow, and fire door can be overheated, and furnace wall brick is lined with and may be burned., if stifled is excessively dark, can cause running again the generation of an accident;
3. labor strength is large when manual operations, work under bad environment, and whole process is artificial participates in chronicly, has very large potential safety hazard, and various personal injuries easily occur.
Although the domestic furnace apparatus that goes out that mineral hot furnace also occurred being used for, mostly structure is reasonable not, and it is not too convenient to operate, and stability is also poor, can only be used for the furnace operating that of general mineral hot furnace, can not meet the instructions for use of furnace of calcium carbide.
Summary of the invention
The utility model is for above problem, and the technical problem that solve is to provide a kind of safety, automatically, and efficient calcium carbide furnace discharging equipment.
, for reaching above purpose, be achieved through the following technical solutions:
A kind of furnace of calcium carbide automatic tapping device, by large mechanism of car, tool bar retaining mechanism, working arm mechanism, working arm luffing mechanism, heat insulation guard system, tool cart be used for controlling with car Hydraulic Station and the automatic control system that is used for the running of furnace of calcium carbide automatic tapping device each several part respective outer side edges, forming of hydraulic test in the furnace of calcium carbide automatic tapping device; Wherein the tool bar retaining mechanism is bolted and is in the same place with working arm mechanism, working arm mechanism is bolted on large mechanism of car top, close by the bolt handle with large mechanism of car and working arm mechanism respectively at working arm luffing mechanism two ends, heat insulation guard system is fixed on large mechanism of car front end, be fixed on rear, large mechanism of car top with the car Hydraulic Station, tool bar and tool cart are arranged on one siding track of large mechanism of car the place ahead, and above-mentioned track becomes 90 ° to be arranged vertically with large mechanism of car track;
Large mechanism of car comprises: hydraulic motor, idler gear, synchronizing shaft, synchromesh gear, wheel, hydraulic rail clamp and vehicle frame; Hydraulic motor is fixed on vehicle frame; The hydraulic motor output is fixed with idler gear; Synchronizing shaft is fixed on vehicle frame, and two ends are fixed with synchromesh gear; Synchromesh gear and idler gear engagement; Wheel is fixed on the bottom of frame both sides, and by the synchromesh gear at synchronizing shaft two ends, drives its rotation; Hydraulic rail clamp is fixed on the vehicle frame front end;
Adopt the utility model hydraulic motor of said structure to be arranged on a pair of synchromesh gear at synchronizing shaft two ends by an intermediate gear drives, again by synchromesh gear drive the both sides rear wheel rotate realize the both sides wheel in the same way, synchronous rotary, drive car body and advance or retreat.Respectively install in the vehicle frame both sides when cover hydraulic rail clamp is used for discharging device work discharging device is clamped in orbit;
The tool bar retaining mechanism comprises: hydraulic cylinder I, terminal pad, adapter sleeve I, adapter sleeve II, connecting rod I, connecting rod II, clamp, hydraulic cylinder II, connecting rod III, conductive plate and water jacket; Hydraulic cylinder I rear end is fixed on the adapter sleeve I, and front end is connected with terminal pad, and the hydraulic cylinder I is arranged at adapter sleeve I inside; Terminal pad is connected with connecting rod II one end by bearing pin, the connecting rod II other end is connected with the connecting rod I by bearing pin, and the connecting rod I is connected by bearing pin with clamp rear end extension bar, the adapter sleeve II is fixed on adapter sleeve I front end, the adapter sleeve II is nested with the linkage outside that forms at connecting rod I, connecting rod II and clamp rear end extension bar, and is provided with the through hole that stretches out for connecting rod I one end; Be the connecting rod I, the connecting rod II, clamp, the adapter sleeve II forms three cover parallel-crank mechanisms, and respectively overlaps 120 ° of distributions of one-tenth between parallel-crank mechanism; Water jacket is nested with in adapter sleeve I and the adapter sleeve II outside, and stretches out in adapter sleeve II end with the connecting rod I and be connected by bearing pin; Adapter sleeve I outer wall is fixed with the hydraulic cylinder II, and hydraulic cylinder II front end is connected with the connecting rod III, and connecting rod III front end is fixed with conductive plate, and connecting rod III and conductive plate junction are provided with insulating pad;
While adopting the utility model hydraulic cylinder I cylinder bar of said structure flexible, drive terminal pad, the connecting rod II swings, the swings by three cover connecting rod II and connecting rod I make 3 clamp closed together or open the tool bar chucking that will put into or unclamp; The hydraulic cylinder II is totally two covers, be separately fixed at the both sides of adapter sleeve I, hydraulic cylinder II cylinder bar connects the connecting rod III, the connecting rod III is connected with conductive plate again, conductive plate is pressed or removes tool bar conductive sleeve end by hydraulic cylinder II cylinder bar flexible, be placed with the insulation of insulating pad assurance conductive plate and all the other equipment in connecting rod III and conductive plate junction; Water jacket is enclosed in the retaining mechanism periphery, and centre is connected with cooling water, and the protection retaining mechanism is damaged by hyperthermia radiation;
Working arm mechanism comprises: hydraulic cylinder III, guide post, roller, conductive plate and support, large support, bearing and manual regulating device; Guide post keeps level by the roller clamping, and roller is fixed on large support by bearing block, and guide post front end and tool bar retaining mechanism are fixed, and hydraulic cylinder III one end is fixed on the guide post rear end, and the other end is fixed on large support; Large support upper end is fixed with conductive plate and support, and conductive plate and support are connected with conductive plate by flexible cable; Conductive plate and support and large support junction are provided with insulating pad, are used for guaranteeing the conductive plate support and remove the insulation of conductive plate with external equipment; The bearing of large support and lower end is hinged, is provided with the manual regulating device that carries out manual fine-tuning for the relative fire door angle of tool bar between bearing and vehicle frame;
The working arm luffing mechanism is comprised of hydraulic cylinder IV and two end bearings, and hydraulic cylinder IV and two end bearings are hinged, and two end bearings close by the bolt handle with the vehicle frame of large mechanism of car and the large support of working arm mechanism respectively;
When working, the utility model of employing said structure starts building to do the relative fire door angle of large support oscillation adjustment tool bar of arm mechanism by hydraulic cylinder IV cylinder bar telescopic band;
Tool cart comprises: a cover is used for furnace of calcium carbide to be completed and widens the view, and discloses eye, stifled eye, the tool bar group of skimming and be used for the walking dolly of means of transport bar group; Walking dolly comprises: elevating mechanism, traversing hydraulic cylinder, car body; The car body lower end is provided with the pulley that coordinates with large mechanism of car the place ahead one siding track; Traversing Driven by Hydraulic Cylinder car body is traversing; The car body upper end is fixed with elevating mechanism; The elevating mechanism upper end is provided with the tool bar bearing; Elevating mechanism inside is provided with lifting hydraulic cylinder, and lifting hydraulic cylinder one end is fixed on elevating mechanism bottom, and the other end is fixed on tool bar bearing lower surface;
Adopt the traversing Driven by Hydraulic Cylinder car body of the utility model of said structure traversing, to shift near with the car body of the system of tool bar or away from the furnace discharge conveyer car body, elevating mechanism rises or falls by the tool bar that lifting hydraulic cylinder will be placed on the tool bar bearing, and tool cart operates by the bar that changes that the traversing of car body and elevating mechanism lifting engagement tool rod locking mechanism complete tool bar;
Heat insulation guard system is comprised of thermal insulation board and support thereof, and thermal insulation board is fixed on the vehicle frame front end by support, is used for preventing the furnace discharge conveyer body construction and with the car Hydraulic Station, is subjected to the hyperthermia radiation distortion or damages;
To sum up the utlity model has following advantage:
1. a complete set of equipment is by hydraulic drive, but remote-controlled operation has greatly reduced blast-furnace man's manually-operated, avoids human body to be in for a long time in abominable hot environment, has reduced potential safety hazard;
2. the tool bar interface is consistent, and interchangeability is good, can realize that technological action switches fast;
3. the ability of widening the view is strong, and efficiency is high.The stove eye size of leaving is determined, the hole shape rule, and direction is accurate, and the degree of depth is controlled, is conducive to safeguard the smelting environment in stove, reduces because of the uncertain adverse effect to molten bath in stove and the anti-material of fire door of widening the view;
4. stifled eye puts in place accurately, and stifled eyesight is large, and assurance safety is blocked fire door;
5. do mechanization operation makes the fire door operation normal, and production procedure is smooth and easy, and the consumption of electrode and electric weight while having reduced manually-operated, and the consumption of oxygen pipe, oxygen, saved the energy and cost.
Above-mentioned explanation is only the general introduction of technical solutions of the utility model, for can clearer understanding technological means of the present utility model, and can be implemented according to the content of specification, and for above and other purpose of the present utility model, feature and advantage can be become apparent, below especially exemplified by preferred embodiment, and the cooperation accompanying drawing, be described in detail as follows.
Description of drawings
Fig. 1 is side-looking structural representation of the present utility model.
Fig. 2 is cart structural scheme of mechanism of the present utility model.
Fig. 3 is instrument retaining mechanism cross-sectional view of the present utility model.
Fig. 4 is working arm mechanism side TV structure schematic diagram of the present utility model.
Fig. 5 is working arm structure A of the present utility model-A cross-sectional view.
Fig. 6 is working arm luffing mechanism structural representation of the present utility model.
Fig. 7 is tool cart side-looking structural representation of the present utility model.
The specific embodiment
A kind of furnace of calcium carbide automatic tapping device as shown in Figure 1, by large mechanism of car 1, tool bar retaining mechanism 2, working arm mechanism 3, working arm luffing mechanism 4, heat insulation guard system 5, tool cart 6 be used for controlling with car Hydraulic Station 7 and the automatic control system 8 that is used for the running of furnace of calcium carbide automatic tapping device each several part respective outer side edges, forming of hydraulic test in the furnace of calcium carbide automatic tapping device; Wherein tool bar retaining mechanism 2 is bolted and is in the same place with working arm mechanism 3, working arm mechanism 3 is bolted on large mechanism of car 1 top, close by the bolt handle with large mechanism of car 1 and working arm mechanism 3 respectively at working arm luffing mechanism 4 two ends, heat insulation guard system 5 is fixed on large mechanism of car 1 front end, be fixed on large mechanism of car 1 rear, top with car Hydraulic Station 7, tool bar and tool cart 6 are arranged on large mechanism of car 1 the place ahead one siding track, and above-mentioned track becomes 90 ° to be arranged vertically with large mechanism of car 1 track;
As Fig. 1 and as shown in Figure 2 large mechanism of car 1 comprise: hydraulic motor 9, idler gear 10, synchronizing shaft 11, synchromesh gear 12, wheel 13, hydraulic rail clamp 14 and vehicle frame 15; Hydraulic motor 9 is fixed on vehicle frame 15; Hydraulic motor 9 outputs are fixed with idler gear 10; Synchronizing shaft 11 is fixed on vehicle frame 15, and two ends are fixed with synchromesh gear 12; Synchromesh gear 12 and idler gear 10 engagements; Wheel 13 is fixed on vehicle frame 15 two bottom sides, and by the synchromesh gear 12 at synchronizing shaft 11 two ends, drives its rotation; Hydraulic rail clamp 14 is fixed on vehicle frame 15 front ends;
Adopt the utility model hydraulic motor 9 of said structure by a pair of synchromesh gear 12 of idler gear 10 drive installations at synchronizing shaft 11 two ends, again by synchromesh gear 12 drive both sides rear wheels 13 rotate realize the both sides wheel in the same way, synchronous rotary, drive car body and advance or retreat.Respectively install in vehicle frame 15 both sides when a cover hydraulic rail clamp 14 is used for discharging device work discharging device is clamped in orbit;
Tool bar retaining mechanism 2 comprises as shown in Figure 3: hydraulic cylinder I 16, terminal pad 17, adapter sleeve I 18, adapter sleeve II 19, connecting rod I 20, connecting rod II 21, clamp 22, hydraulic cylinder II 23, connecting rod III 24, conductive plate 25 and water jacket 26; Hydraulic cylinder I 16 rear ends are fixed on adapter sleeve I 18, and front end is connected with terminal pad 17, and hydraulic cylinder I 16 is arranged at adapter sleeve I 18 inside; Terminal pad 17 is connected with connecting rod II 21 1 ends by bearing pin, connecting rod II 21 other ends are connected with connecting rod I 20 by bearing pin, and connecting rod I 20 is connected by bearing pin with clamp 22 rear end extension bars, adapter sleeve II 19 is fixed on adapter sleeve I 18 front ends, adapter sleeve II 19 is nested with the linkage outside that forms at connecting rod I 20, connecting rod II 21 and clamp 22 rear end extension bars, and is provided with the through hole that stretches out for connecting rod I 20 1 ends; Be connecting rod I 20, connecting rod II 21, clamp 22, adapter sleeve II 19 forms three cover parallel-crank mechanisms, and respectively overlaps 120 ° of distributions of one-tenth between parallel-crank mechanism; Water jacket 26 is nested with in adapter sleeve I 18 and adapter sleeve II 19 outsides, and stretches out in adapter sleeve II 19 ends with connecting rod I 20 and be connected by bearing pin; Adapter sleeve I 18 outer walls are fixed with hydraulic cylinder II 23, and hydraulic cylinder II 23 front ends are connected with connecting rod III 24, and connecting rod III 24 front ends are fixed with conductive plate 25, and connecting rod III 24 is provided with insulating pad with conductive plate 25 junctions;
While adopting the utility model hydraulic cylinder I 16 cylinder bars of said structure flexible, drive terminal pad 17, connecting rod II 21 swings, the swings by three cover connecting rod II 21 and connecting rod I 20 make 3 clamp 22 closed together or open the tool bar chucking that will put into or unclamp; Hydraulic cylinder II 23 is totally two covers, be separately fixed at the both sides of adapter sleeve I 18, hydraulic cylinder II 23 cylinder bars connect connecting rod III 24, connecting rod III 24 is connected with conductive plate 25 again, by the flexible of hydraulic cylinder II 23 cylinder bars, conductive plate 25 is pressed or remove tool bar conductive sleeve end, be placed with insulating pad in connecting rod III 24 and conductive plate 25 junctions and guarantee the insulation of conductive plate 25 and all the other equipment; Water jacket 26 is enclosed in the retaining mechanism periphery, and centre is connected with cooling water, and the protection retaining mechanism is damaged by hyperthermia radiation;
Comprise as Fig. 1, working arm shown in Figure 4 and Figure 5 mechanism 3: hydraulic cylinder III 27, guide post 28, roller 29, conductive plate and support 30, large support 31, bearing 32 and manual regulating device 33; Guide post 28 keeps level by roller 29 clampings, and roller 29 is fixed on large support 31 by bearing block, and guide post 28 front ends and tool bar retaining mechanism 2 are fixing, and hydraulic cylinder III 27 1 ends are fixed on guide post 28 rear ends, and the other end is fixed on large support 31; Large support 31 upper ends are fixed with conductive plate and support 30, and conductive plate and support 30 are connected with conductive plate 25 by flexible cable; Conductive plate and support 30 are provided with insulating pad with large support 31 junctions, for assurance conductive plate support and except the insulation of conductive plate with external equipment; Large support 31 is hinged with the bearing 32 of lower end, is provided with the manual regulating device 33 that carries out manual fine-tuning for the relative fire door angle of tool bar between bearing 32 and vehicle frame 15;
Working arm luffing mechanism 4 is comprised of hydraulic cylinder IV 34 and two end bearings as shown in Figure 6, and hydraulic cylinder IV 34 and two end bearings are hinged, and two end bearings close by the bolt handle with the vehicle frame 15 of large mechanism of car 1 and the large support 31 of working arm mechanism 3 respectively;
When working, the utility model of employing said structure starts building to do the large support 31 relative fire door angles of oscillation adjustment tool bar of arm mechanism 3 by hydraulic cylinder IV 34 cylinder bar telescopic bands;
Adopt the traversing hydraulic cylinder 38 driving car bodies 39 of the utility model of said structure traversing, to shift near with the car body 39 of the system of tool bar or away from the furnace discharge conveyer car body, elevating mechanism 37 will be placed on the tool bar bearing 41 tool bar by lifting hydraulic cylinder 40 and rises or fall, and tool cart changes the bar operation by what the traversing of car body 39 and elevating mechanism lifting 37 engagement tool rod locking mechanisms 2 completed tool bar;
Heat insulation guard system 5 is comprised of thermal insulation board and support thereof, and thermal insulation board is fixed on vehicle frame 15 front ends by support, is used for preventing the furnace discharge conveyer body construction and with car Hydraulic Station 7, is subjected to the hyperthermia radiation distortion or damages;
In sum, adopt the utility model of technique scheme, a complete set of equipment is by hydraulic drive, but remote-controlled operation has greatly reduced blast-furnace man's manually-operated, avoids human body to be in for a long time in abominable hot environment, has reduced potential safety hazard; The tool bar interface is consistent, and interchangeability is good, can realize that technological action switches fast; The ability of widening the view is strong, and efficiency is high.The stove eye size of leaving is determined, the hole shape rule, and direction is accurate, and the degree of depth is controlled, is conducive to safeguard the smelting environment in stove, reduces because of the uncertain adverse effect to molten bath in stove and the anti-material of fire door of widening the view; Stifled eye puts in place accurately, and stifled eyesight is large, guarantees to block safely fire door; Do mechanization operation makes the fire door operation normal, and production procedure is smooth and easy, and the consumption of electrode and electric weight while having reduced manually-operated, and the consumption of oxygen pipe, oxygen, saved the energy and cost.
above, it is only preferred embodiment of the present utility model, not the utility model is done any pro forma restriction, although the utility model discloses as above with preferred embodiment, yet not in order to limit the utility model, any those skilled in the art are not within breaking away from the technical solutions of the utility model scope, appeal when utilizing the equivalent embodiment that the technology contents that discloses is made a little change or is modified to equivalent variations, in every case be the content that does not break away from technical solutions of the utility model, any simple modification that foundation technical spirit of the present utility model is done above embodiment, equivalent variations and modification, all still belong in the scope of technical solutions of the utility model.
Claims (2)
1. furnace of calcium carbide automatic tapping device is characterized in that: by large mechanism of car (1), tool bar retaining mechanism (2), working arm mechanism (3), working arm luffing mechanism (4), heat insulation guard system (5), tool cart (6) be used for controlling with car Hydraulic Station (7) and the automatic control system (8) that is used for the running of furnace of calcium carbide automatic tapping device each several part respective outer side edges, forming of hydraulic test in the furnace of calcium carbide automatic tapping device, wherein tool bar retaining mechanism (2) and working arm mechanism (3) are bolted together, working arm mechanism (3) is bolted on large mechanism of car (1) top, close by the bolt handle with large mechanism of car (1) and working arm mechanism (3) respectively at working arm luffing mechanism (4) two ends, heat insulation guard system (5) is fixed on large mechanism of car (1) front end, be fixed on large mechanism of car (1) rear, top with car Hydraulic Station (7), tool bar and tool cart (6) are arranged on one siding track of large mechanism of car (1) the place ahead, and above-mentioned track becomes 90 ° to be arranged vertically with large mechanism of car (1) track,
Described large mechanism of car (1) comprising: hydraulic motor (9), idler gear (10), synchronizing shaft (11), synchromesh gear (12), wheel (13), hydraulic rail clamp (14) and vehicle frame (15); Described hydraulic motor (9) is fixed on vehicle frame (15); Described hydraulic motor (9) output is fixed with idler gear (10); Described synchronizing shaft (11) is fixed on vehicle frame (15), and two ends are fixed with synchromesh gear (12); Described synchromesh gear (12) and idler gear (10) engagement; Described wheel (13) is fixed on vehicle frame (15) two bottom sides, and by the synchromesh gear (12) at synchronizing shaft (11) two ends, drives its rotation; Described hydraulic rail clamp (14) is fixed on vehicle frame (15) front end;
Described tool bar retaining mechanism (2) comprising: hydraulic cylinder I (16), terminal pad (17), adapter sleeve I (18), adapter sleeve II (19), connecting rod I (20), connecting rod II (21), clamp (22), hydraulic cylinder II (23), connecting rod III (24), conductive plate (25) and water jacket (26); Described hydraulic cylinder I (16) rear end is fixed on adapter sleeve I (18), and front end is connected with terminal pad (17), and described hydraulic cylinder I (16) is arranged at adapter sleeve I (18) inside; Described terminal pad (17) is connected with connecting rod II (21) one ends by bearing pin, described connecting rod II (21) other end is connected with connecting rod I (20) by bearing pin, and described connecting rod I (20) is connected by bearing pin with clamp (22) rear end extension bar, described adapter sleeve II (19) is fixed on adapter sleeve I (18) front end, adapter sleeve II (19) is nested with the linkage outside that forms at connecting rod I (20), connecting rod II (21) and clamp (22) rear end extension bar, and is provided with the through hole that stretches out for connecting rod I (20) one ends; Be connecting rod I (20), connecting rod II (21), clamp (22), adapter sleeve II (19) forms three cover parallel-crank mechanisms, and respectively overlaps 120 ° of distributions of one-tenth between parallel-crank mechanism; Described water jacket (26) is nested with in adapter sleeve I (18) and adapter sleeve II (19) outside, and stretches out in adapter sleeve II (19) end with connecting rod I (20) and be connected by bearing pin; Described adapter sleeve I (18) outer wall is fixed with hydraulic cylinder II (23), hydraulic cylinder II (23) front end is connected with connecting rod III (24), connecting rod III (24) front end is fixed with conductive plate (25), and connecting rod III (24) is provided with insulating pad with conductive plate (25) junction;
Described working arm mechanism (3) comprising: hydraulic cylinder III (27), guide post (28), roller (29), conductive plate and support (30), large support (31), bearing (32) and manual regulating device (33); Described guide post (28) keeps level by roller (29) clamping, roller (29) is fixed on large support (31) by bearing block, guide post (28) front end and tool bar retaining mechanism (2) are fixing, hydraulic cylinder III (27) one ends are fixed on guide post (28) rear end, and the other end is fixed on large support (31); Described large support (31) upper end is fixed with conductive plate and support (30), and conductive plate and support (30) are connected with conductive plate (25) by flexible cable; Described conductive plate and support (30) are provided with insulating pad with large support junction; The bearing (32) of described large support (31) and lower end is hinged, is provided with the manual regulating device (33) that carries out manual fine-tuning for the relative fire door angle of tool bar between bearing (32) and vehicle frame (15);
Described working arm luffing mechanism (4) is comprised of hydraulic cylinder IV (34) and two end bearings, hydraulic cylinder IV (34) is hinged with two end bearings, and two end bearings close by the bolt handle with the vehicle frame (15) of large mechanism of car (1) and the large support (31) of working arm mechanism (3) respectively;
Described tool cart (6) comprising: a cover is used for furnace of calcium carbide to be completed and widens the view, and discloses eye, stifled eye, the tool bar group (36) of skimming and be used for the walking dolly of means of transport bar group; Described walking dolly comprises: elevating mechanism (37), traversing hydraulic cylinder (38), car body (39); Described car body (39) lower end is provided with the pulley that coordinates with large mechanism of car (1) the place ahead one siding track; It is traversing that described traversing hydraulic cylinder (38) drives car body (39); Described car body (39) upper end is fixed with elevating mechanism (37); Described elevating mechanism (37) upper end is provided with tool bar bearing (41); Described elevating mechanism (37) inside is provided with lifting hydraulic cylinder (40), and described lifting hydraulic cylinder (40) one ends are fixed on elevating mechanism (37) bottom, and the other end is fixed on tool bar bearing (41) lower surface.
2. a kind of furnace of calcium carbide automatic tapping device according to claim 1, it is characterized in that: described heat insulation guard system (5) is comprised of thermal insulation board and support thereof, and thermal insulation board is fixed on vehicle frame (15) front end by support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012206463569U CN203298614U (en) | 2012-11-29 | 2012-11-29 | Automatic discharge device of calcium carbide furnace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012206463569U CN203298614U (en) | 2012-11-29 | 2012-11-29 | Automatic discharge device of calcium carbide furnace |
Publications (1)
| Publication Number | Publication Date |
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| CN203298614U true CN203298614U (en) | 2013-11-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012206463569U Expired - Fee Related CN203298614U (en) | 2012-11-29 | 2012-11-29 | Automatic discharge device of calcium carbide furnace |
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| CN (1) | CN203298614U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103615899A (en) * | 2013-12-09 | 2014-03-05 | 大连华锐重工集团股份有限公司 | Ring conveying system of calcium carbide furnace |
| CN104654802A (en) * | 2015-03-13 | 2015-05-27 | 上海耀秦冶金设备技术有限公司 | Swinging arm type calcium carbide furnace discharging machine |
| CN104976897A (en) * | 2015-07-03 | 2015-10-14 | 中冶南方(武汉)重工制造有限公司 | Calcium carbide discharging intelligent conveying cooling system transmission device |
| CN105953589A (en) * | 2016-06-24 | 2016-09-21 | 内蒙古君正氯碱化工技术研究院 | Discharging dolly for calcium carbide furnace |
| CN105953587A (en) * | 2016-05-16 | 2016-09-21 | 重庆市机电设计研究院 | Device for moving automobile balance rod out of furnace |
-
2012
- 2012-11-29 CN CN2012206463569U patent/CN203298614U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103615899A (en) * | 2013-12-09 | 2014-03-05 | 大连华锐重工集团股份有限公司 | Ring conveying system of calcium carbide furnace |
| CN103615899B (en) * | 2013-12-09 | 2015-06-03 | 大连华锐重工集团股份有限公司 | Ring conveying system of calcium carbide furnace |
| CN104654802A (en) * | 2015-03-13 | 2015-05-27 | 上海耀秦冶金设备技术有限公司 | Swinging arm type calcium carbide furnace discharging machine |
| CN104654802B (en) * | 2015-03-13 | 2016-05-04 | 上海耀秦冶金设备技术有限公司 | Swing arm-type calcium carbide furnace discharging machine |
| CN104976897A (en) * | 2015-07-03 | 2015-10-14 | 中冶南方(武汉)重工制造有限公司 | Calcium carbide discharging intelligent conveying cooling system transmission device |
| CN105953587A (en) * | 2016-05-16 | 2016-09-21 | 重庆市机电设计研究院 | Device for moving automobile balance rod out of furnace |
| CN105953587B (en) * | 2016-05-16 | 2017-10-27 | 重庆市机电设计研究院 | Automobile balance bars discharging device |
| CN105953589A (en) * | 2016-06-24 | 2016-09-21 | 内蒙古君正氯碱化工技术研究院 | Discharging dolly for calcium carbide furnace |
| CN105953589B (en) * | 2016-06-24 | 2018-04-06 | 内蒙古君正氯碱化工技术研究院 | A kind of calcium carbide furnace discharging dolly |
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