For the fire door treating apparatus of furnace of calcium carbide
One, technical field
The utility model relates to a kind of fire door treating apparatus, especially a kind of fire door treating apparatus for furnace of calcium carbide.
Two, background technology
When furnace of calcium carbide is smelted, need to carry out widening the view at the fire door of furnace of calcium carbide, the operation of reaming hole, stifled eye, cleaning fire door, therefore the fire door treating apparatus for furnace of calcium carbide is a kind of important metallurgical plant, existing in the fire door treating apparatus of furnace of calcium carbide, on closed calcium carbide furnace, be almost also by manually-operated completely coming out of the stove in link; First with arc burner, stove eye is burnt, until being broken with diameter about 20mm round steel or six stupefied steel by 6-8 name operator close to when will burn, till waiting to flow out calcium carbide, because liquid calcium carbide has larger viscosity, often need flushing and casting workman reaming hole repeatedly, to ensure the lasting outflow of calcium carbide.Widen the view with electric arc over-burning device, stove eye can constantly on lift, cause furnace bottom to continue to raise, electrode and power consumption increase, and What is more can cause the melting loss of fire door, reduces the life-span of body of heater; During artificial stifled stove eye operation, the stifled depth is 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, the generation of running eye accident can be caused again.And hand labor intensity is large during manual operations, work under bad environment, very dangerous, the material consumptions such as reinforcing bar, steel pipe, oxygen are also very large, when smelting furnace of calcium carbide, can not operate accurately, have impact on the smelting quality of furnace of calcium carbide.
Three, summary of the invention
In order to overcome above-mentioned technical disadvantages, the purpose of this utility model is to provide a kind of fire door treating apparatus for furnace of calcium carbide, therefore improves the treatment effeciency of the fire door to furnace of calcium carbide, ensure that the smelting quality of furnace of calcium carbide.
For achieving the above object, the technical scheme that the utility model is taked is: include the beam-and-rail playing railway effect, the furnace of calcium carbide rock drill be arranged on beam-and-rail body, be arranged on beam-and-rail and furnace of calcium carbide rock drill body between and connect with the fire door contact of furnace of calcium carbide stick up tongue pull bar, to be arranged on beam-and-rail and output port extends to the conveying device of dusting of the fire door of furnace of calcium carbide.
Owing to devising beam-and-rail, stick up tongue pull bar, the body of conveying device of dusting and furnace of calcium carbide rock drill, beam-and-rail is supported to make to stick up tongue pull bar corresponding with the bore position of the fire door of furnace of calcium carbide, completed by the body of furnace of calcium carbide rock drill widen the view, the action of reaming hole and cleaning fire door, stifled eye action is completed by conveying device of dusting, no longer widen the view by manually to complete, the action of reaming hole, cleaning fire door and stifled eye, therefore improve the treatment effeciency of the fire door to furnace of calcium carbide, ensure that the smelting quality of furnace of calcium carbide.
The utility model devises, by beam-and-rail and stick up tongue pull bar corresponding with the bore position of the fire door of furnace of calcium carbide, by the body of furnace of calcium carbide rock drill with widen the view, reaming hole, the action of cleaning fire door are corresponding, by dust conveying device and the action of stifled eye corresponding and make beam-and-rail, stick up tongue pull bar, the body of conveying device of dusting and furnace of calcium carbide rock drill is coupled to each other.
The utility model devises, and is provided with adjustment support between the guide rail before the fire door of beam-and-rail and furnace of calcium carbide.
The utility model devises, regulate Bracket setting for including vertical shift road wheel, frame, traversing bracing frame, traversing road wheel, traversing hydraulic cylinder and beam-and-rail lifting hydraulic cylinder, the body of furnace of calcium carbide rock drill is set to include furnace of calcium carbide rock drill, walking dolly, adapter sleeve, rear drilling rod, front drilling rod and drill steel support dolly, also include buffer unit, power source and send chain to, vertical shift road wheel is provided with and vertical shift road wheel is set to connect with gantry rotation formula at the both sides face in the lower end surface portion of frame, frame is provided with traversing bracing frame and the both sides face in the lower end surface portion of traversing bracing frame is provided with traversing road wheel, traversing bracing frame is set to connect with housing slide formula and be provided with traversing hydraulic cylinder between traversing bracing frame and frame, the upper end end face of traversing bracing frame is provided with beam-and-rail and is provided with beam-and-rail lifting hydraulic cylinder between beam-and-rail and traversing bracing frame, one end end face portion of the upper surface of beam-and-rail is provided with buffer unit and the other end end face portion of the upper surface of beam-and-rail is provided with furnace of calcium carbide rock drill, furnace of calcium carbide rock drill is placed through walking dolly and connects with beam-and-rail slidingtype and be provided with between furnace of calcium carbide rock drill and beam-and-rail and send chain to, power source is provided with and the conveying device and the output oral area of conveying device of dusting is arranged on the downside of furnace of calcium carbide rock drill of beam-and-rail of dusting in the lower end surface portion of beam-and-rail, drilling rod after the output shaft of furnace of calcium carbide rock drill is provided with and front drilling rod is placed through adapter sleeve connects with rear drilling rod, drill steel support dolly is provided with and front drilling rod is set to go here and there and sticks up tongue pull bar between rear drilling rod and beam-and-rail, to stick up in other end end face portion that tongue pull bar is arranged on the upper surface of beam-and-rail and send chain to and be placed through sprocket wheel and connect with the output shaft of power source.
The utility model devises, and frame, traversing bracing frame and beam-and-rail are provided with station location marker line.
The utility model devises, and vertical shift road wheel is placed through decelerator and connects with the output shaft of drive motors, and frame is provided with hydraulic control device, and buffer unit is set to buffer spring body.
The utility model devises, and beam-and-rail lifting hydraulic cylinder is set to two and beam-and-rail lifting hydraulic cylinder, traversing bracing frame and beam-and-rail are set to the distribution in quadric chain.
The utility model devises, conveying device of dusting is set to include magazine, carrier pipe and open and close valve, carrier pipe is set to be communicated with magazine and be provided with open and close valve on carrier pipe, and carrier pipe is set to be attached to the lower end surface portion of beam-and-rail and the discharge end oral area of carrier pipe is arranged on the end face portion of beam-and-rail.
The utility model devises, furnace of calcium carbide rock drill is set to include hydraulic vibration device, hydraulic accumulation energy device, hydraulic motor, gear train, rotating disc, connector, casing and radiator, on the end face that rotating disc is arranged on a lateral surface of casing and the turning cylinder of rotating disc is arranged in casing, the turning cylinder end head be arranged on the end face of another lateral surface of casing of rotating disc is set to connect with hydraulic vibration device contact and the turning cylinder of rotating disc is placed through gear train connects with the output shaft of hydraulic motor, be provided with connector in the outer end end face portion of rotating disc and be provided with screw thread on connector, hydraulic vibration device and the hydraulic pressure input port of hydraulic motor are set to be communicated with the output port of hydraulic accumulation energy device and the input port of hydraulic accumulation energy device is set to be communicated with pressure liquid pump, hydraulic accumulation energy device is provided with radiator and radiator is set to be communicated with hydraulic accumulation energy device
The utility model devises, stick up tongue pull bar and be provided with upper and lower two through holes and another through hole that the through hole sticking up tongue pull bar is set to be connected in series with front drilling rod, stick up tongue pull bar is set to and beam-and-rail grafting, be provided with profile of tooth body sticking up the outer end end face portion that tongue pull bar contacts with the fire door of furnace of calcium carbide.
Technique effect of the present utility model is:. vertical shift walking main body is arranged on the track laid working site, by. vertical shift movable motor reductor for complete machine vertical shift provides power.Above-mentioned. vertical shift road wheel is arranged on. in vertical shift walking main body, passes through. vertical shift walking pinned connection.Above-mentioned. beam-and-rail bracing frame is arranged on. in vertical shift walking main body, by. traversing Driven by Hydraulic Cylinder, the function that the equipment that realizes is traversing.Above-mentioned. traversing hydraulic cylinder one end is fixed on. and in vertical shift walking main body, one end is fixed on. on traversing bracing frame.Above-mentioned. traversing road wheel is arranged on. on traversing bracing frame.Above-mentioned. beam-and-rail is arranged on. on traversing bracing frame, by. beam-and-rail bracing frame bearing pin connects, by. beam-and-rail lifting hydraulic cylinder drives, and realizes the function swung up and down.Above-mentioned. walking dolly is arranged on. on beam-and-rail, by sending. drive unit provides onward impulse, passes through. and send chain to and transmit power, along. beam-and-rail does the action of advancing, retreating.Above-mentioned. drive unit is arranged on. on beam-and-rail, for. walking dolly provides power.Above-mentioned. buffer is arranged on. on beam-and-rail, when. play pooling feature when walking dolly is return.Above-mentioned. the special rock drill of furnace of calcium carbide is arranged on. on walking dolly. under the driving of drive unit, pass through. send chain to and transmit power, do along. beam-and-rail advance, backward movement.Above-mentioned. the special rock drill of furnace of calcium carbide can do high-frequency vibrations and rotate.Above-mentioned. adapter sleeve. durable bar. easily consumption bar is arranged on. on the special rock drill of furnace of calcium carbide, realize widening the view under the high-frequency vibrations and the effect that rotates of. the special rock drill of furnace of calcium carbide, the action of reaming hole.Above-mentioned. drill steel support dolly is arranged on. and on beam-and-rail, right. durable bar. easily consumption bar plays a supportive role.Above-mentioned. hydraulic valve switch board is arranged on. on beam-and-rail bracing frame, by. traversing Driven by Hydraulic Cylinder is the function that action component used provides direction of action to control.Above-mentioned. stick up tongue pull bar and be arranged on. on beam-and-rail, fire door is played to the function of cleaning residue.Above-mentioned. the hopper that dusts is arranged on. on beam-and-rail, pass through. the control wind of the magnetic valve that dusts by and stop, calcium carbide powder is sprayed in fire door.Thorough liberation labour, reduce labour cost, improve stokehold workman's operating environment.Effectively avoid manually-operated risk, improve the safety coefficient of production process.Reduce the usage quantity of round steel or six stupefied steel, extend its life cycle.Reduce power consumption, increase work efficiency and the quality of production.
In the technical program, realize the rapid beam-and-rail of the fire door process of furnace of calcium carbide, stick up tongue pull bar, the body of conveying device of dusting and furnace of calcium carbide rock drill is important technical characteristic, in the technical field of the fire door treating apparatus for furnace of calcium carbide, have novelty, creativeness and practicality, the term in the technical program is all to make an explanation with patent document in the art and to understand.
Four, accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is schematic diagram of the present utility model:
Fig. 2 is front drilling rod 18, drill steel support dolly 19, send chain 20 to and stick up the connection schematic diagram of tongue pull bar 23.
Fig. 3 is the schematic diagram of furnace of calcium carbide rock drill 14.
Five, detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Fig. 1 is an embodiment of the present utility model, illustrate the present embodiment by reference to the accompanying drawings, include vertical shift road wheel 1, frame 2, traversing bracing frame 4, traversing road wheel 5, traversing hydraulic cylinder 6, beam-and-rail lifting hydraulic cylinder 9, power source 10, beam-and-rail 11, buffer unit 12, conveying device of dusting 13, furnace of calcium carbide rock drill 14, walking dolly 15, adapter sleeve 16, rear drilling rod 17, front drilling rod 18, drill steel support dolly 19, send chain 20 to and stick up tongue pull bar 23
Vertical shift road wheel 1 is provided with and vertical shift road wheel 1 is set to connect with frame 2 rotary type at the both sides face in the lower end surface portion of frame 2, frame 2 is provided with traversing bracing frame 4 and the both sides face in the lower end surface portion of traversing bracing frame 4 is provided with traversing road wheel 5, traversing bracing frame 4 is set to connect with frame 2 slidingtype and be provided with traversing hydraulic cylinder 6 between traversing bracing frame 4 and frame 2, the upper end end face of traversing bracing frame 4 is provided with beam-and-rail 11 and is provided with beam-and-rail lifting hydraulic cylinder 9 between beam-and-rail 11 and traversing bracing frame 4
One end end face portion of the upper surface of beam-and-rail 11 is provided with buffer unit 12 and the other end end face portion of the upper surface of beam-and-rail 11 is provided with furnace of calcium carbide rock drill 14, furnace of calcium carbide rock drill 14 is placed through walking dolly 15 and connects with beam-and-rail 11 slidingtype and be provided with between furnace of calcium carbide rock drill 14 and beam-and-rail 11 and send chain 20 to, power source 10 is provided with and the conveying device 13 and output oral area of conveying device 13 of dusting is arranged on the downside of furnace of calcium carbide rock drill 14 of beam-and-rail 11 of dusting in the lower end surface portion of beam-and-rail 11, drilling rod 17 after the output shaft of furnace of calcium carbide rock drill 14 is provided with and front drilling rod 18 is placed through adapter sleeve 16 connects with rear drilling rod 17, drill steel support dolly 19 is provided with and front drilling rod 18 is set to go here and there and sticks up tongue pull bar 23 between rear drilling rod 17 and beam-and-rail 11, to stick up in other end end face portion that tongue pull bar 23 is arranged on the upper surface of beam-and-rail 11 and send chain 20 to and be placed through sprocket wheel and connect with the output shaft of power source 10.
In the present embodiment, frame 2, traversing bracing frame 4 and beam-and-rail 11 are provided with station location marker line.
In the present embodiment, vertical shift road wheel 1 is placed through decelerator and connects with the output shaft of drive motors.
In the present embodiment, frame 2 is provided with hydraulic control device.
In the present embodiment, beam-and-rail lifting hydraulic cylinder 9 be set to two and beam-and-rail lifting hydraulic cylinder 9, traversing bracing frame 4 and beam-and-rail 11 be set in quadric chain distribution.
In the present embodiment, buffer unit 12 is set to buffer spring body.
In the present embodiment, conveying device of dusting 13 is set to include magazine, carrier pipe and open and close valve, carrier pipe is set to be communicated with magazine and be provided with open and close valve on carrier pipe, and carrier pipe is set to be attached to the lower end surface portion of beam-and-rail 11 and the discharge end oral area of carrier pipe is arranged on the end face portion of beam-and-rail 11.
In the present embodiment, furnace of calcium carbide rock drill 14 is set to include hydraulic vibration device 141, hydraulic accumulation energy device 142, hydraulic motor 143, gear train 145, rotating disc 146, connector 147, casing 148 and radiator 1410, on the end face that rotating disc 146 is arranged on a lateral surface of casing 148 and the turning cylinder of rotating disc 146 is arranged in casing 148, the turning cylinder end head be arranged on the end face of another lateral surface of casing 148 of rotating disc 146 is set to connect with hydraulic vibration device 141 contact and the turning cylinder of rotating disc 146 is placed through gear train 145 connects with the output shaft of hydraulic motor 143, the outer end end face portion of rotating disc 146 is provided with connector 147 and is provided with screw thread on connector 147, hydraulic vibration device 141 and the hydraulic pressure input port of hydraulic motor 143 are set to be communicated with the output port of hydraulic accumulation energy device 142 and the input port of hydraulic accumulation energy device 142 is set to be communicated with pressure liquid pump, hydraulic accumulation energy device 142 is provided with radiator 1410 and radiator 1410 is set to be communicated with hydraulic accumulation energy device 142
In the present embodiment, stick up tongue pull bar 23 and be provided with upper and lower two through holes and another through hole that the through hole sticking up tongue pull bar 23 is set to be connected in series with front drilling rod 18, stick up tongue pull bar 23 is set to and beam-and-rail 11 grafting, be provided with profile of tooth body sticking up the outer end end face portion that tongue pull bar 23 contacts with the fire door of furnace of calcium carbide.
Frame 2 is put on the guide rail before the fire door of furnace of calcium carbide, by vertical shift road wheel 1, furnace of calcium carbide rock drill 14 is moved at the longitudinal direction of the fire door of furnace of calcium carbide, traversing road wheel 5 is driven by traversing hydraulic cylinder 6, furnace of calcium carbide rock drill 14 is moved at the horizontal direction of the fire door of furnace of calcium carbide, by beam-and-rail lifting hydraulic cylinder 9, beam-and-rail 11 is carried out lifting, drive furnace of calcium carbide rock drill 14 at the high and low position of the fire door of furnace of calcium carbide, corresponding with the bore position of the fire door of furnace of calcium carbide sticking up tongue pull bar 23, start furnace of calcium carbide rock drill 14, by power source 10 with send chain 20 to, furnace of calcium carbide rock drill 14 is moved on beam-and-rail 11, thus complete and widen the view, the action of reaming hole and cleaning fire door, stifled eye action is completed by conveying device 13 of dusting.
The utility model has lower feature:
1, owing to devising beam-and-rail 11, stick up tongue pull bar 23, the body of conveying device of dusting 13 and furnace of calcium carbide rock drill, beam-and-rail 11 is supported to make to stick up tongue pull bar 23 corresponding with the bore position of the fire door of furnace of calcium carbide, completed by the body of furnace of calcium carbide rock drill widen the view, the action of reaming hole and cleaning fire door, stifled eye action is completed by conveying device 13 of dusting, no longer widen the view by manually to complete, the action of reaming hole, cleaning fire door and stifled eye, therefore improve the treatment effeciency of the fire door to furnace of calcium carbide, ensure that the smelting quality of furnace of calcium carbide.
2, owing to devising vertical shift road wheel 1, frame 2, traversing bracing frame 4, traversing road wheel 5, traversing hydraulic cylinder 6 and beam-and-rail lifting hydraulic cylinder 9, the location of three stereo directionals of furnace of calcium carbide rock drill 14 is achieved.
3, owing to devising power source 10 and sending chain 20 to, the automation of the work of furnace of calcium carbide rock drill 14 is achieved.
4, owing to devising the body sticking up tongue pull bar 23 and furnace of calcium carbide rock drill, accurately locate the bore position of the fire door of furnace of calcium carbide, the infringement produced the fire door of furnace of calcium carbide is little.
5, owing to devising technical characteristic of the present utility model, in the effect of the set separately and each other of technical characteristic, by test show, property indices of the present utility model be existing property indices be at least 1.7 times, by assessment there is good market value.
Also have other with realize the rapid beam-and-rail 11 of the fire door process of furnace of calcium carbide, stick up tongue pull bar 23, the technical characteristic that the body of conveying device of dusting 13 and furnace of calcium carbide rock drill connects is all one of embodiment of the present utility model, therefore in the fire door treating apparatus technical field of furnace of calcium carbide, everyly include the beam-and-rail 11 playing railway effect, be arranged on the body of the furnace of calcium carbide rock drill on beam-and-rail 11, between the body being arranged on beam-and-rail 11 and furnace of calcium carbide rock drill and connect with the fire door contact of furnace of calcium carbide stick up tongue pull bar 23, to be arranged on beam-and-rail 11 and output port extends to the technology contents of the conveying device 13 of dusting of the fire door of furnace of calcium carbide all in protection domain of the present utility model.