CN1025168C - Machine for maintaining and repairing stamps of coking oven chargers - Google Patents

Abstract

This machine comprises, on a structural frame, a support (2) of the beam (1) arranged between two jaws (3), (4), these jaws being coupled to driving members in order to move them closer to or apart from each other in a motion perpendicular to the web (1a) of the beam and to keep them clamped with a determined force, these jaws (3, 4) being provided with means for heating and cooling (3b, 4b) their active surface (3a, 4a).

Description

Machine for maintaining and repairing stamps of coking oven chargers

The present invention relates to a kind of machine for maintaining and repairing stamps of coking oven chargers, relate more specifically to a kind of device of on two surfaces of the soffit of girder, installing or peel pad.

The coal that coking is used is placed in the furnace charge case by the pudddler compacting.Pudddler comprises a beater at least, and beater has a firm shoe to be fixed on the bottom of an I-beam.All there is the pad of a great friction coefficient both sides of the I-beam soffit of girder, pad and a pair of relative eccentric wheel co-operating, and eccentric wheel has rotary power and is driven.During each the rotation, two eccentric wheels are clamped the soffit of girder it are vertically moved up.When the gap between the two eccentric drive faces increased owing to eccentric effect, beater was released and freely drops on the coal seam in the case.This reciprocating motion takes place in a stroke, and this stroke is compared very little with the whole length of beam.Stroke only takes place in a part of length of beam, and moves along beam along with the height of coal in the case.

When case was filled, each beater was lifted and remains on the top of its stroke to break away from coal bin.Beater is maintained in case beater falls after rise by folder deck thereon.

For making the effect effectively of this device, the coefficient of friction between eccentric wheel and web is very big, so all will add the friction pad on two soffit of girders of beater.These pads are attrition components, therefore will regularly change.

Usually the step of installing or change these pads comprises I-beam is contained on the stand so that its soffit of girder is in a horizontal position, thereby needs beam is rotated repeatedly so that can alternately install or change pad to the surface of two soffit of girders.Because it is different to paste the temperature required with removing pad down, loads onto new pad after under therefore can not be earlier the pad of the abrasion on the soffit of girder one side being removed, and then another side is carried out same operation.Removing down, pad will carry out than pasting under the much higher temperature of pad, this means that each face all must make the beam cooling removing down the abrasion pad and load onto between the new pad, also mean when must limit exchange hot between the two sides when another side removes the pad of abrasion down.

And, even this process is earlier will one side and under the pad of another side removes, and then sticking new pad in one side and another side successively, beam still is subjected to unidirectional heating and cooling, thereby harmful even harmful to the normal running of beater distortion to the sticking Quality of finishing takes place.Thereby must make beam apply prestressing force in each position to prevent above-mentioned distortion.

Understand method more complicated and very time-consuming when carrying out that the past adopts easily.

The present invention seeks a kind of device so that the installation or the replacement process of this class friction pad are simplified.

For this reason, the purpose of this invention is to provide a kind of device of installing or peel pad on two surfaces of the soffit of girder, these operations all need to heat so that the binding agent between beam and the pad is had an effect.

The inventive system comprises, on a framework, one is used for supporting beam to such an extent that make its soffit of girder be in the locational support of vertical direction, described support is between two horizontal decks, deck at least with install to beam on pad the same long, described deck links to each other with actuator so that it can be shifted near along the direction vertical with the soffit of girder or be moved away from each other in opposite directions, perhaps keep them to be in clamped position, promptly clamp the soffit of girder with certain power, deck has the mechanism of heating and cooling so that its surface is heated or cooling.

In one embodiment of the invention, one of two decks are installed slidably with respect to framework, and the support of beam is mounted to and can slides so that can shift to or remove another Fixing clamp-seat when deck moves with respect to framework.This layout can make actuator only be installed in a side of device, thereby has simplified Operation and maintenance.

Advantageously, in order to be easy to take off the pad of abrasion and on beam, to coat binding agent to load onto new pad, device comprises the auxiliary stand of beam, it is made up of two arms that can stretch between the primary importance and the second place at least, when primary importance they be positioned at main support below, when the second place they be positioned at described main support above, each arm comprises the grip device of the beam that can sway with respect to described arm, this turning cylinder is parallel with the axle of beam.

Similarly, in order before new pad being attached on the soffit of girder that coats binding agent, to be convenient to new pad is seated on the deck, deck is mounted to and can rotates in primary importance and second place spaced winding pivot with respect to framework, in primary importance, its working face become vertical and mutually facing to, in the second place, its working face becomes horizontal direction also up.

At last, in a preferred embodiment of the present invention, movable deck is contained on the slide, slide can slide on the direction perpendicular to main support with respect to framework, and actuator is made up of the drive unit that is connected between framework and the described slide, the driving mechanism that deck is tilted, for movable deck, be made up of a driving wheel, this driving wheel can be in rotation on the slide and when on the respective regions of slide at framework when mobile, can with the static tooth bar co-operating that is fixed on the framework; For fixing deck, the tilt drive mechanism of deck is connected by one that the elasticity telescopic rod is formed between first and second decks.And, be fixed in Fixing clamp-seat by making auxiliary stand, just be enough to finish everything as long as the control deck is clamped or unclamped, and synchronously finish these actions.

The present invention can be understood better from the description of following embodiment to as an example, and its its feature and advantage can be shown.In the accompanying drawing:

Fig. 1 is the partial view of assembly of the present invention, has shown the basic function that device is had;

Fig. 2 is the cross-sectional schematic of apparatus of the present invention, shows the attaching parts of canting deck;

Fig. 3 is the cross-sectional schematic of apparatus of the present invention, has shown the auxiliary stand to beam goes to serve as a contrast or lining is required.

Should be appreciated that Fig. 1 is the simplified schematic diagram of apparatus of the present invention.Wherein the pending beam 1 of Xian Shiing is positioned on the horizontal stand 2, so its soffit of girder 1a is vertical.Support 2 is at two parallel to each other and and supports 2 also between the deck 3 and 4 of extension parallel to each other.The length of deck is not less than the length (approximately being several meters the order of magnitude) that is installed in the pad on the beam.

Support 2 comprises a fagging 5 that supports wheel or roller 6, and beam 1 can slide at wheel from vertical end of device.Support can be made up of a plurality of separate rectangular 2a, 2b, and rectangular is separated to allow the common indentation of auxiliary stand 8(by gap 7, is positioned at below the beam 1) vertically pass through.

Support 2 and deck 3 and 4 are supported by a unillustrated framework in Fig. 1.The deck drive unit is connected between deck and the framework deck being moved in opposite directions or be moved away from each other, thereby soffit of girder 1a is clipped between the deck, or is used for it is unclamped.Support 2 can with the framework relative fixed, and deck can be in support bracket fastened two side shiftings.Yet, in order to reduce the number of driving mechanism, preferably make deck 3 only drive deck 4 with the framework relative fixed, deck 4 can move along direction of arrow A shown in Figure 1.In this case, also removable the driving with deck 4 of support 2 shifted to deck 3.Support 2 is connected in the installation drawing of deck 4 and represents by the Flexible Connector 9 and 10 that is positioned between support and each deck, when deck moves on to a time-out, these devices are compressed, thereby make support 2 move half quantity that equates about and stroke 4 to deck 3, when deck is removed, these devices open once more, thereby make support 2 leave same distance and return the original place from deck 3.

Deck 3 and 4 respectively has a working face 3a, 4a, they form a shoe separately in order to pad is pressed on the beam, this shoe can be by the heat-transfer arrangement heating that be positioned at every deck 3b and 4b place or cooling (water or the steam circuit adjacent with shoe 3a, 4a, resistance, the air draught loop ... Deng).

Advantageously, each deck 3 or 4 is made up of two parts, these two parts around with support on the axle 11 or 12 that extends in parallel of the direction of beam 1 hinged.Concerning deck 3, it is fixed frame 13a and deck 3 part 13b own that a part is arranged in these two parts.Concerning deck 4, the 14a of first is made up of a balladeur train that slides on the framework that is subjected to the actuator effect, and second portion 14b is made of the movable part of deck.These articulated structures can make surperficial 3a and 4a be positioned at horizontal level, so that place pad and it is pressed on the beam.

At last, auxiliary stand 8 comprises two branch jaws (only showing 15 among the figure) at least, divide jaw can be along the arrow B direction by vertical drive to hold beam 1 and it be lifted away from support 2.Each divides jaw 15 that a core 16 is arranged, core 16 comprises the device of holding beam, the y direction that this device can linger changes in the support arm inward turning, thereby in case after lifting beam, just might make its soffit of girder 1a be in arbitrary position in two possible horizontal levels, so just can touch the two sides of the soffit of girder easily, take off to remove bonding (heat treated is provided by deck 3 and 4) such as the pad of the abrasion that heat treated can be crossed.

Fig. 2 and Fig. 3 have shown the preferred embodiment of the device of schematically describing among Fig. 1.

Above-mentioned most of parts of having described can find in these two figure, and every identical part all adopts identical numbering among each figure.

Fig. 2 can make deck 3 and 4 in the mechanism that shifts near mutually or remove and can work asynchronously when its pin joint rotates in order to show.

Number the framework of 20 indication devices, wherein a part is made up of the fixed support 13a of hinged deck 3 thereon.The sliding bottom of deck 4 (or balladeur train) 14a is connected on the bar of an actuator 21 (in fact, device comprises a plurality of along the isolated regularly actuator of deck 4).The a part of 14b of this of deck 4 is fixed on the gear 22, and gear 22 therewith rotates around axle 12.In the final stage of actuator 21 retractions, and in the initial period of its extension, gear 22 and tooth bar 23 co-operatings by frame supported.So just can understand when deck opens stroke and finishes or when the closed stroke of deck began, a part of 14b of this of deck 4 rotated around axle 12.Thereby deck 4 moves to the position (Fig. 3) that its surperficial 4a is in level from its surperficial 4a towards the position of beam 1 (Fig. 2).

By elasticity telescopic rod 24 with deck 3 and 4 connect together guaranteed deck 3 rotate driving (in fact, two bars 24 link together deck 3 and 4, and one at every end is outside the two ends of support 2) around pivot synchronously.Each deck 3 and 4 cranks arm 25,26.Cranking arm 25 is articulated on the bar 24 around axle 27, and axle 27 is by sliding part 28 supportings, and sliding part 28 slides and is subjected to the opposite effect power of spring 29 and 30 along bar 24.26 the ends that are articulated in bar 24 of cranking arm around axle 31.Axle 11,12,27 and 31 has been formed the tetragonal summit of a shape variable.Like this, from position shown in Figure 2, close in opposite directions mobile of deck makes axle 27 shift to the left side of figure, thereby makes deck 3 oblique its horizontal levels and be supported on the framework.Because sliding part 28 makes bar 24 with respect to 25 translations of cranking arm, deck continue close mutually mobile be still possible.

When deck opened (under the driving of actuator 21) action beginning, bar 24 slided with respect to sliding part 28, and sliding part 28 keeps static under spring 30 effects.In case spring 30 keeps balances with spring 29, promptly greatly about gear 22 during with tooth bar 23 engagements, cranking arm 26 begins rotation (and continue simultaneously to slide among the figure right-hand), makes deck 3 arrive position shown in Figure 3 around axle 11 rotations up to it.Spring 29 makes crank arm 26 the driving of 24 pairs on bar more flexible, also plays a part the buffering of exerting all one's strength when stroke finishes.Rightabout rotation can obtain by the stretching, extension of actuator 21.

This figure has also shown device 9 and 10, and they provide elasticity to connect between support 2 and deck 3 and 4, when deck is closed support are driven to deck 3, make support move apart deck 3 when deck opens.

Fig. 3 has shown a preferred embodiment of auxiliary stand 8.In this form, support 8 is fixed on the rotating deck 4, and when deck rotated, support 8 was lifted like this, thereby holds up beam 1 it is placed position shown in Figure 3.

In this position, be easy to touch the surface of soffit of girder 1a and utilize middle body 16, middle body 16 in minute jaw 15, to rotate so that the rotation of the direction of arrow shown in the C among the Liang Rutu.Very natural, device comprises support 8, and support 8 comprises at least along vertical two parts spaced apart from each other of beam.

Following the carrying out of operation of device:

The beam 1 of preparing again rebush is placed on the support 2, and the pad of abrasion is on the two sides of its soffit of girder 1a.Removing down, pad must arrive about 120 ℃ to 150 ℃ temperature with soffit of girder initial heating.During heating, deck 3 and 4 is clipped on the beam, and its shoe 3a and 4a are heated.

Then deck is fully separated, make device be in state shown in Figure 3.But can and beam and Tool Room relative motion be taken off with the pad proper implements (cutter or scraping tool) of abrasion then.

Just can at an easy rate new pad be installed then.Binding agent can be coated on the two sides of soffit of girder 1a, beam is easy to upset.New pad is placed on the shoe of the deck 3 that is in level and 4, and pad is also coated binding agent, then device is closed.Beam is placed on the support 2, and deck is clipped together, and keep-ups pressure when shoe is heated to uniform temperature.The length of heat time heating time (about 1 hour) is decided on used nature of binder.In case the binding agent polymerization can be by flowing through cooling liquid the cooling that deck comes acceleration component.Like this, if polymerization temperature is about 80 ℃, can be reduced to environment temperature then about a quarter of an hour.

Device of the present invention can be simplified the maintenance operation of beater greatly, also can improve the quality of pad.

Claims (15)

1, a kind of two surfaces that are used for to the soffit of girder (1a) of beam (1) add pad or remove the device of pad, these operations all need be heated so that the binding agent between beam (1) and the pad thereof is had an effect, device is characterised in that, it comprises: have one to be used for supporting beam (1) to such an extent that make its soffit of girder (1a) be in the locational support (2) of vertical direction on framework (20), described support is positioned at two horizontal decks (3,4) between, deck at least with install to beam (1) on pad the same long, described deck links to each other with actuator (21) so that deck shifts near in opposite directions or removes mutually along the direction vertical with the soffit of girder (1a) of beam (1), and keeping them to be in certain power on the position of clamping the soffit of girder (1a), deck has the (3b of mechanism of heating and cooling, 4b) with to its surface (3a, 4a) heating or cooling.

2, device as claimed in claim 1, it is characterized in that, a deck (4) is installed slidably with respect to framework (20), and the support of beam (2) is mounted to and can slides so that can shift to or move apart another Fixing clamp-seat (3) by support (2) when a deck (4) is mobile with respect to framework (20).

3, device as claimed in claim 1 or 2, it is characterized in that, it comprises the auxiliary stand (8) of beam (1), it is made up of two arms (15) that can stretch between the primary importance and the second place at least, they are positioned at the below of main support (2) in primary importance, they are positioned at the top of described main support (2) when the second place, and each arm (15) comprises the grip device of the beam that can sway with respect to described arm (15), and this turning cylinder is parallel with the axle of beam.

4, device as claimed in claim 1 or 2, it is characterized in that, deck (3,4) is mounted to and can rotates in primary importance and second place spaced winding pivot with respect to framework (20), when primary importance, its working face (3a, 4a) become vertical and mutually facing to, when the second place, its working face (3a, 4a) becomes horizontal direction also up.

5, device as claimed in claim 3, it is characterized in that, deck (3,4) is mounted to and can rotates in primary importance and second place spaced winding pivot with respect to framework (20), when primary importance, its working face (3a, 4a) become vertical and mutually facing to, when the second place, its working face (3a, 4a) becomes horizontal direction also up.

6, device as claimed in claim 2 is characterized in that, the arm (15) that constitutes auxiliary stand (8) is fixed on the movable deck (4), and first and second positions of arm (15) are corresponding to first and second positions of movable deck (4).

7, device as claimed in claim 3 is characterized in that, the arm (15) that constitutes auxiliary stand (8) is fixed on the movable deck (4), and first and second positions of arm (15) are corresponding to first and second positions of movable deck (4).

8, device as claimed in claim 4 is characterized in that, the arm (15) that constitutes auxiliary stand (8) is fixed on the movable deck (4), and first and second positions of arm (15) are corresponding to first and second positions of movable deck (4).

9, device as claimed in claim 5 is characterized in that, the arm (15) that constitutes auxiliary stand (8) is fixed on the movable deck (4), and first and second positions of arm (15) are corresponding to first and second positions of movable deck (4).

10, device as claimed in claim 4, it is characterized in that, movable deck (4) is contained on the slide (14b), slide (14b) can slide on the direction perpendicular to main support (20) with respect to framework (20), actuator is made up of the actuator (21) that is connected between framework (20) and the described slide (14b), concerning movable deck (4), the driving mechanism that deck is tilted is made up of a driven wheel (22), this gear (22) can be in the last rotation of slide (14b) and when slide (14b) is mobile on framework (20) respective regions, this gear and static tooth bar (23) co-operating that is fixed on the framework (20); For Fixing clamp-seat (3), the deck reclining drive device is made up of the elasticity telescopic rod (24) that is connected between above-mentioned two decks.

11, device as claimed in claim 5, it is characterized in that, movable deck (4) is contained on the slide (14b), slide (14b) can slide on the direction perpendicular to main support (20) with respect to framework (20), actuator is made up of the actuator (21) that is connected between framework (20) and the described slide (14b), concerning movable deck (4), the driving mechanism that deck is tilted is made up of a driven wheel (22), this gear (22) can be in the last rotation of slide (14b) and when slide (14b) is mobile on framework (20) respective regions, this gear and static tooth bar (23) co-operating that is fixed on the framework (20); For Fixing clamp-seat (3), the deck reclining drive device is made up of the elasticity telescopic rod (24) that is connected between above-mentioned two decks.

12, device as claimed in claim 6, it is characterized in that, movable deck (4) is contained on the slide (14b), slide (14b) can with respect to framework (20) on direction perpendicular to main support (20)/slide, actuator is made up of the actuator (21) that is connected between framework (20) and the described slide (14b), concerning movable deck (4), the driving mechanism that deck is tilted is made up of a driven wheel (22), this gear (22) can be in the last rotation of slide (14b) and when slide (14b) is mobile on framework (20) respective regions, this gear and static tooth bar (23) co-operating that is fixed on the framework (20); For Fixing clamp-seat (3), the deck reclining drive device is made up of the elasticity telescopic rod (24) that is connected between above-mentioned two decks.

13, device as claimed in claim 7, it is characterized in that, movable deck (4) is contained on the slide (14b), slide (14b) can slide on the direction perpendicular to main support (20) with respect to framework (20), actuator is made up of the actuator (21) that is connected between framework (20) and the described slide (14b), concerning movable deck (4), the driving mechanism that deck is tilted is made up of a driven wheel (22), this gear (22) can be in the last rotation of slide (14b) and when slide (14b) is mobile on framework (20) respective regions, this gear and static tooth bar (23) co-operating that is fixed on the framework (20); For Fixing clamp-seat (3), the deck reclining drive device is made up of the elasticity telescopic rod (24) that is connected between above-mentioned two decks.

14, device as claimed in claim 8, it is characterized in that, movable deck (4) is contained on the slide (14b), slide (14b) can slide on the direction perpendicular to main support (20) with respect to framework (20), actuator is made up of the actuator (21) that is connected between framework (20) and the described slide (14b), concerning movable deck (4), the driving mechanism that deck is tilted is made up of a driven wheel (22), this gear (22) can be in the last rotation of slide (14b) and when slide (14b) is mobile on framework (20) respective regions, this gear and static tooth bar (23) co-operating that is fixed on the framework (20); For Fixing clamp-seat (3), the deck reclining drive device is made up of the elasticity telescopic rod (24) that is connected between above-mentioned two decks.

15, device as claimed in claim 9, it is characterized in that, movable deck (4) is contained on the slide (14b), slide (14b) can slide on the direction perpendicular to main support (20) with respect to framework (20), actuator is made up of the actuator (21) that is connected between framework (20) and the described slide (14b), concerning movable deck (4), the driving mechanism that deck is tilted is made up of a driven wheel (22), this gear (22) can be in the last rotation of slide (14b) and when slide (14b) is mobile on framework (20) respective regions, this gear and static tooth bar (23) co-operating that is fixed on the framework (20); For Fixing clamp-seat (3), the deck reclining drive device is made up of the elasticity telescopic rod (24) that is connected between above-mentioned two decks.

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