CN2871461Y - Movable rotary coal unloader - Google Patents
Movable rotary coal unloader Download PDFInfo
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- CN2871461Y CN2871461Y CN 200620114267 CN200620114267U CN2871461Y CN 2871461 Y CN2871461 Y CN 2871461Y CN 200620114267 CN200620114267 CN 200620114267 CN 200620114267 U CN200620114267 U CN 200620114267U CN 2871461 Y CN2871461 Y CN 2871461Y
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Abstract
Movable coal unloading machine relates to a coal unloading machine, the purpose of the utility model is to resolve the problem of manual work to unload the frozen coal from railway carriage. The upper end of the transmission shaft (13) of the utility model is permanent connected with the output shaft of hydraulic motor (9), the lower end of the transmission shaft (13) is permanent connected with the upper end of the head shell body (22), the gland bush (18) is fixed to lower end of sliding bush (16), the connection plate (20) is fixed to upper side of gland bush (18), the gland bush (18) is articulated with auxiliary supporting arm (3). The advantage of the utility model is: with simple structure, flexible application situation, fast speed to remove the frozen coal in railway carriage, the utility model can not only decrease unloading cost, quicken circulation of train wagon, but also is used to load or unload the bulk goods, the as sandstone and coal, especially can load and unload the material which is difficult to be done by usual methods, the as frozen coal.
Description
Technical field
The utility model relates to a kind of coal unloader.
Background technology
By railway transportation coal one of main means of coal outward transport.The winter temperature in the north is low, and coal often freezes in the compartment of train.At present, the various machineries of unloading coal all have no idea to unload to the coal that freezes in the compartment, all have no way out to freezing coal such as the gate-type coal unloader of field, station, the convertible coal unloader of power plant, portable pneumatic pick etc.The unique way that can take can only be dig with a pick, the manual work of spade shovel, the operation of unloading coal is very difficult, speed is also slow, 60 tons of coals in the joint railway carriage approximately wanted just can unsnatch in 4～5 hours.Not only increase operating cost, and most importantly had a strong impact on the turnover of railway carriage.Be the peak load conditions of Coal Transport winter, and the speed of unloading coal is the key point that can railway carriage normally have enough to meet the need, and directly affects the life and the production order of society.The requirement that realizes great-leap-forward development with current rail also is immalleable.
The utility model content
The purpose of this utility model is for solving various coal unloaders the coal that freezes in the railway carriage to be had no idea to unload, can only be by manually unloading the problem of freezing coal, a kind of movable rotary coal-loading-unloading machine is provided, the utlity model has simple in structure, use occasion flexibly, unload the fireballing characteristics of coal of freezing.The utility model is made up of spinning device 1, second hydraulic actuating cylinder 2, secondary hold-down arm 3, master arm 4, first hydraulic actuating cylinder 5 and chassis 6, the lower end of master arm 4 is connected with chassis 6, one side of the upper end of master arm 4 and secondary hold-down arm 3 is hinged, one end of first hydraulic actuating cylinder 5 and a side of master arm 4 are hinged, one end of the other end of first hydraulic actuating cylinder 5 and secondary hold-down arm 3 is hinged, one end of second hydraulic actuating cylinder 2 and an end of secondary hold-down arm 3 are hinged, and the other end of the other end of secondary hold-down arm 3 and second hydraulic actuating cylinder 2 is hinged with spinning device 1 respectively.Spinning device 1 is by HM Hydraulic Motor 9, top board 10, first lifting hydraulic cylinder 11, axle box 12, transmission shaft 13, second lifting hydraulic cylinder 14, drive shaft sleeve 15, sliding sleeve 16, cutting ferrule 17, gland 18, connecting arm 19, terminal pad 20, spring 21, spinning head capsule body 22, cage plate 23, hook 24, hook support arm 25, barb 26, pick 27, center shaft 28, the removable bottom 29 of symmetry, feather key 30, two limiting stoppers 31, fixed base plate 32, pull bar 34 and axle 36 are formed, HM Hydraulic Motor 9 is fixed on the upper end of axle box 12, captive joint with the upper end of drive shaft sleeve 15 in the lower end of axle box 12, top board 10 is fixed on the top of HM Hydraulic Motor 9, transmission shaft 13 is arranged in axle box 12 and the drive shaft sleeve 15, captive joint with the output shaft of HM Hydraulic Motor 9 in the upper end of transmission shaft 13, captive joint with the upper end of spinning head capsule body 22 in the lower end of transmission shaft 13, sliding sleeve 16 be arranged on drive shaft sleeve 15 the outside and with drive shaft sleeve 15 sliding block joints, be provided with feather key 30 between sliding sleeve 16 and the drive shaft sleeve 15, feather key 30 is fixed on the drive shaft sleeve 15, cutting ferrule 17 is fixed on the outside face of sliding sleeve 16, one end of connecting arm 19 is captiveed joint with the outer wall of cutting ferrule 17, the other end of connecting arm 19 and second hydraulic actuating cylinder 2 are hinged, gland 18 is fixed on the lower end of sliding sleeve 16, terminal pad 20 is fixed on the upside of gland 18, gland 18 and secondary hold-down arm 3 are hinged, the upper end of first lifting hydraulic cylinder 11 and second lifting hydraulic cylinder 14 is separately fixed on the two ends of top board 10 downsides, the lower end of first lifting hydraulic cylinder 11 and second lifting hydraulic cylinder 14 is separately fixed on the two ends of gland 18 upsides, fixed base plate 32 is by the lower hinge of axle 36 with spinning head capsule body 22, center shaft 28 is fixed on the upside of fixed base plate 32, the removable bottom 29 of symmetry is arranged on the center shaft 28, be provided with inlet point 33 between removable bottom 29 and the fixed base plate 32, be fixed with pick 27 on the removable bottom 29 of inlet point 33 1 sides, the upside of fixed base plate 32 is fixed with two limiting stoppers 31 symmetrically, the lower end of barb 26 is fixed on the upside of fixed base plate 32, cage plate 23 is fixed on the inwall of spinning head capsule body 22 upsides, hook support arm 25 is fixed on the inwall of spinning head capsule body 22 downsides, pull bar 34 is arranged on spinning head capsule body 22 and the cage plate 23 and slides up and down with cage plate 23 with spinning head capsule body 22 and is connected, be provided with spring 21 between the end cap 35 of pull bar 34 and the spinning head capsule body 22, the lower end of pull bar 34 is hinged with the upper end of hook 24, the middle part of hook 24 is hinged with hook support arm 25, matches with the top of barb 26 in the bottom of hook 24.The beneficial effects of the utility model are: simple in structure, use occasion flexibly, to unload the coal speed that freezes in the compartment fast.Thoroughly solved the problem that shipping in winter coal freezes and can't unload with machinery.One joint railway carriage (railway carriage or compartment) calculates by loading 60 tons of coals, can unsnatch with the time about 30 minutes, has not only reduced the cost of unloading, and has also accelerated the turnover of railway carriage, has adapted to the requirement of current rail great-leap-forward development.The utility model freezes the coal except being used to unload, and also can be used for the entrucking of bulk freight such as sandstone, coal and unloads, and especially can load and unload picture and freeze coal one class is difficult to loading and unloading with usual way material.
Description of drawings
Fig. 1 is an integral structure scheme drawing of the present utility model, Fig. 2 is the structural representation of spinning device 1, Fig. 3 is that the K of Fig. 2 is to view, Fig. 4 is the A-A cutaway view of Fig. 2, Fig. 5 is the B-B cutaway view of Fig. 2, Fig. 6 is the structural representation of the specific embodiment four, and Fig. 7 is the structural representation of spinning device 1 in the specific embodiment five, and Fig. 8 is the C-C cutaway view of Fig. 7.
The specific embodiment
The specific embodiment one: (referring to the present embodiment of Fig. 1～Fig. 5) by spinning device 1, second hydraulic actuating cylinder 2, secondary hold-down arm 3, master arm 4, first hydraulic actuating cylinder 5 and chassis 6 are formed, the lower end of master arm 4 is connected with chassis 6, one side of the upper end of master arm 4 and secondary hold-down arm 3 is hinged, one end of first hydraulic actuating cylinder 5 and a side of master arm 4 are hinged, one end of the other end of first hydraulic actuating cylinder 5 and secondary hold-down arm 3 is hinged, one end of second hydraulic actuating cylinder 2 and an end of secondary hold-down arm 3 are hinged, and the other end of the other end of secondary hold-down arm 3 and second hydraulic actuating cylinder 2 is hinged with spinning device 1 respectively.Spinning device 1 is by HM Hydraulic Motor 9, top board 10, first lifting hydraulic cylinder 11, axle box 12, transmission shaft 13, second lifting hydraulic cylinder 14, drive shaft sleeve 15, sliding sleeve 16, cutting ferrule 17, gland 18, connecting arm 19, terminal pad 20, spring 21, spinning head capsule body 22, cage plate 23, hook 24, hook support arm 25, barb 26, pick 27, center shaft 28, the removable bottom 29 of symmetry, feather key 30, two limiting stoppers 31, fixed base plate 32, pull bar 34 and axle 36 are formed, HM Hydraulic Motor 9 is fixed on the upper end of axle box 12, captive joint with the upper end of drive shaft sleeve 15 in the lower end of axle box 12, top board 10 is fixed on the top of HM Hydraulic Motor 9, transmission shaft 13 is arranged in axle box 12 and the drive shaft sleeve 15, captive joint with the output shaft of HM Hydraulic Motor 9 in the upper end of transmission shaft 13, captive joint with the upper end of spinning head capsule body 22 in the lower end of transmission shaft 13, sliding sleeve 16 be arranged on drive shaft sleeve 15 the outside and with drive shaft sleeve 15 sliding block joints, be provided with feather key 30 between sliding sleeve 16 and the drive shaft sleeve 15, feather key 30 is fixed on the drive shaft sleeve 15, cutting ferrule 17 is fixed on the outside face of sliding sleeve 16, one end of connecting arm 19 is captiveed joint with the outer wall of cutting ferrule 17, the other end of connecting arm 19 and second hydraulic actuating cylinder 2 are hinged, gland 18 is fixed on the lower end of sliding sleeve 16, terminal pad 20 is fixed on the upside of gland 18, gland 18 and secondary hold-down arm 3 are hinged, the upper end of first lifting hydraulic cylinder 11 and second lifting hydraulic cylinder 14 is separately fixed on the two ends of top board 10 downsides, the lower end of first lifting hydraulic cylinder 11 and second lifting hydraulic cylinder 14 is separately fixed on the two ends of gland 18 upsides, fixed base plate 32 is by the lower hinge of axle 36 with spinning head capsule body 22, center shaft 28 is fixed on the upside of fixed base plate 32, the removable bottom 29 of symmetry is arranged on the center shaft 28, be provided with inlet point 33 between removable bottom 29 and the fixed base plate 32, be fixed with pick 27 on the removable bottom 29 of inlet point 33 1 sides, the upside of fixed base plate 32 is fixed with two limiting stoppers 31 symmetrically, the lower end of barb 26 is fixed on the upside of fixed base plate 32, cage plate 23 is fixed on the inwall of spinning head capsule body 22 upsides, hook support arm 25 is fixed on the inwall of spinning head capsule body 22 downsides, pull bar 34 is arranged on spinning head capsule body 22 and the cage plate 23 and slides up and down with cage plate 23 with spinning head capsule body 22 and is connected, be provided with spring 21 between the end cap 35 of pull bar 34 and the spinning head capsule body 22, the lower end of pull bar 34 is hinged with the upper end of hook 24, the middle part of hook 24 is hinged with hook support arm 25, matches with the top of barb 26 in the bottom of hook 24.
The specific embodiment two: the difference of (referring to Fig. 4) present embodiment and the specific embodiment one is that feather key 30 is formed by two, and two feather key 30 positions are fixed on the drive shaft sleeve 15 opposite to each other.Other composition is identical with the specific embodiment one with annexation.Two feather keys are set can increase stability between sliding sleeve 16 and the drive shaft sleeve 15, prolongs the service life of sliding sleeve 16 and drive shaft sleeve 15.
The specific embodiment three: the difference of (referring to Fig. 1) present embodiment and the specific embodiment one is that chassis 6 is a caterpillar chassis.Other composition is identical with the specific embodiment one with annexation.It is low that caterpillar chassis has center of gravity, the advantage of chassis stable working.
The specific embodiment four: the difference of (referring to Fig. 6) present embodiment and the specific embodiment three is that chassis 6 is rubber-tyred engineering truck chassis.Other composition is identical with the specific embodiment three with annexation.The advantage on rubber-tyred engineering truck chassis is a conveniently moving, is not subjected to the restriction of road.And caterpillar chassis needs special carrier vehicle when transition.
Principle of work: movable rotary coal-loading-unloading machine reaches the place of unloading coal fast in time, stops at the certain position place apart from the railway carriage that need unload, then makes the engineering truck working direction consistent with the length direction of railway carriage as using rubber-tyred engineering truck chassis.Supporting leg with the rubber-tyred engineering truck stretches out then, make rubber-tyred engineering truck held stationary in running order, turntable rotates and adjusts second hydraulic actuating cylinder, secondary hold-down arm, master arm, first hydraulic actuating cylinder then, and the spinning device is lifted above the compartment towards the compartment and with the spinning device.Make bottom, the vertical compartment of spinning device again, the spinning device is started working then, under the driving of HM Hydraulic Motor, transmission shaft drives spinning head capsule body spiral and starts working, (with reference to Fig. 5) when spinning head capsule body left-hand revolution, removable bottom promotes lower edge center shaft rotation at the antagonistic force of the friction force that freezes coal, opens inlet point, up to limited block removable bottom till, will freeze the broken union of coal by the fragmentation of pick simultaneously and go in the spinning head capsule body.When filling in the spinning head capsule body, clickwise spinning head capsule body again, removable bottom is closed, then at first lifting hydraulic cylinder, second lifting hydraulic cylinder, under the cooperation of master arm and secondary hold-down arm, spinning head capsule body is proposed the outside, compartment, it is downward that first lifting hydraulic cylinder and second lifting hydraulic cylinder stretch out the promotion gland simultaneously, pull bar pushed away downwards hook and barb are broken away from, fixed base plate is opened together with removable bottom under the effect of gravity, coal in the spinning head capsule body is unloaded, after coal is unsnatched, just spinning head capsule body is by freezing on the coal in the compartment, make fixed base plate get back to a spinning lower part of frame together with removable bottom, hook resets with barb, repeats next spinning action again.This station spinning finishes the playback of spinning device, and supporting leg is regained, and the rubber-tyred engineering truck is reached another station, repeats to unload coal.So repeatedly till a joint compartment is unsnatched.As adopt caterpillar chassis, and then need not make a jack, the working direction of caterpillar chassis is along the railway carriage direction, and principle of work is identical with rubber-tyred engineering truck chassis.
The specific embodiment five: (referring to Fig. 7, Fig. 8) difference of the present embodiment and the specific embodiment one is that spinning device 1 is by tooth bar 4-1, guide rail 4-2, lifting HM Hydraulic Motor 4-4, gear 4-3, upper shaft hole plate 4-5, lower shaft orifice plate 4-6, depression bar top board 4-8, body 2-1, HM Hydraulic Motor 2-2, pick 2-4, motor storehouse 2-7, adapter shaft 2-8, bearing 2-9, depression bar 2-10, Pressure-bar spring 2-11, depression bar frame 2-12, bucket body bottom door 2-13, bucket body door-hinge 2-14, hook 2-15, bucket body gate stop 2-16, for a short time 2-17 seals up a door, for a short time a seal up a door 2-18 and motor bracket 2-19 forms; Tooth bar 4-1 is arranged in the guide rail 4-2, lifting HM Hydraulic Motor 4-4 is fixed in the grand 4-7 of circle of guide rail 4-2 bottom, gear 4-3 is fixed on the output shaft of lifting HM Hydraulic Motor 4-4, gear 4-3 is meshed with tooth bar 4-1, upper shaft hole plate 4-5 is fixed on middle part on the guide rail 4-2 outer wall and hinged with an end of second hydraulic actuating cylinder 2, lower shaft orifice plate 4-6 is fixed on bottom on the guide rail 4-2 outer wall and hinged with an end of secondary hold-down arm 3, motor bracket 2-19 is fixed on the top in the 2-7 of motor storehouse, HM Hydraulic Motor 2-2 is fixed on the centre of motor bracket 2-19, bearing 2-9 is arranged on the bottom in the 2-7 of motor storehouse, the upper end of adapter shaft 2-8 is fixed in the interior cover of bearing 2-9, the output shaft of HM Hydraulic Motor 2-2 is captiveed joint with the top of adapter shaft 2-8, captive joint with the upper end of bucket body 2-1 in the lower end of adapter shaft 2-8, hinged between bucket body bottom door 2-13 and the bucket body 2-1 by bucket body door-hinge 2-14, the upside of bucket body bottom door 2-13 is fixed with bucket body gate stop 2-16, the bottom of depression bar 2-10 is arranged in the bottom bar frame 2-12 on the bucket body 2-1 inwall, the top of depression bar 2-10 is arranged in the through hole 2-20 of bucket body 2-1 upper base, be provided with Pressure-bar spring 2-11 between the masthead 2-21 of depression bar 2-10 and the upper base of bucket body 2-1, the lower end of depression bar 2-10 is hinged with the upper end of hook 2-15, the side of hook 2-15 and the inwall of bucket body 2-1 are hinged, match with bucket body gate stop 2-16 in the lower end of hook 2-15, have inlet point 2-22 on the bucket body bottom door 2-13, for a short time a 2-18 that seals up a door is fixed on the centre of bucket body bottom door 2-13, for a short time the inboard of 2-17 of sealing up a door flexibly connects with a 2-18 that seals up a door for a short time, pick 2-4 is fixed on the 2-17 that seals up a door for a short time, for a short time the 2-17 that seals up a door matches with inlet point 2-22 on the bucket body bottom door 2-13, captiveing joint with the lower end of tooth bar 4-1 in the upper end of motor storehouse 2-7, is fixed with depression bar top board 4-8 on the lower end outer wall of guide rail 4-2.Other composition is identical with the specific embodiment one with annexation.The principle of work of present embodiment is such: HM Hydraulic Motor drives bucket body just changes (cw), pick (at the foot of bucket body) touches to drive to seal up a door for a short time under the effect of resistance after freezing coal and passes backward, make the bucket body bottom door expose the inlet point of 1/4th sizes, freeze coal and enter bucket body from inlet point, bucket body is filled back counter-rotating (conter clockwise) under drag effect, pick drives to seal up a door for a short time and passes forward, the inlet point of bucket body bottom door is sealed, swing arm, arm drives bucket body locate to unloading coal after, upwards carry bucket body, the masthead 2-21 of depression bar 2-10 is risen touch the depression bar top board of guide rail lower end, under the effect of antagonistic force, depression bar moves down, hook and bucket body gate stop are broken away from, under the effect of gravity, the bucket body bottom door is opened, and freezes coal and all unloads, again bucket body is descended, the bucket body bottom door touches and freezes coal or other object, makes rising of bucket body bottom door and hook hang the jail once more, the next action of coalingging of continuation.Present embodiment also is fit to materials such as spinning anti-freezing coal or sandstone.
Claims (6)
1, a kind of movable rotary coal-loading-unloading machine, it is characterized in that it is by spinning device (1), second hydraulic actuating cylinder (2), secondary hold-down arm (3), master arm (4), first hydraulic actuating cylinder (5) and chassis (6) are formed, the lower end of master arm (4) is connected with chassis (6), one side of the upper end of master arm (4) and secondary hold-down arm (3) is hinged, one side of one end of first hydraulic actuating cylinder (5) and master arm (4) is hinged, one end of the other end of first hydraulic actuating cylinder (5) and secondary hold-down arm (3) is hinged, one end of one end of second hydraulic actuating cylinder (2) and secondary hold-down arm (3) is hinged, and the other end of the other end of secondary hold-down arm (3) and second hydraulic actuating cylinder (2) is hinged with spinning device (1) respectively.
2, movable rotary coal-loading-unloading machine according to claim 1, it is characterized in that spinning device (1) is by HM Hydraulic Motor (9), top board (10), first lifting hydraulic cylinder (11), axle box (12), transmission shaft (13), second lifting hydraulic cylinder (14), drive shaft sleeve (15), sliding sleeve (16), cutting ferrule (17), gland (18), connecting arm (19), terminal pad (20), spring (21), spinning head capsule body (22), cage plate (23), hook (24), hook support arm (25), barb (26), pick (27), center shaft (28), the removable bottom (29) of symmetry, feather key (30), two limiting stoppers (31), fixed base plate (32), pull bar (34) and axle (36) are formed, HM Hydraulic Motor (9) is fixed on the upper end of axle box (12), captive joint with the upper end of drive shaft sleeve (15) in the lower end of axle box (12), top board (10) is fixed on the top of HM Hydraulic Motor (9), transmission shaft (13) is arranged in axle box (12) and the drive shaft sleeve (15), captive joint with the output shaft of HM Hydraulic Motor (9) in the upper end of transmission shaft (13), captive joint with the upper end of spinning head capsule body (22) in the lower end of transmission shaft (13), sliding sleeve (16) be arranged on drive shaft sleeve (15) the outside and with drive shaft sleeve (15) sliding block joint, be provided with feather key (30) between sliding sleeve (16) and the drive shaft sleeve (15), feather key (30) is fixed on the drive shaft sleeve (15), cutting ferrule (17) is fixed on the outside face of sliding sleeve (16), one end of connecting arm (19) is captiveed joint with the outer wall of cutting ferrule (17), the other end of connecting arm (19) and second hydraulic actuating cylinder (2) are hinged, gland (18) is fixed on the lower end of sliding sleeve (16), terminal pad (20) is fixed on the upside of gland (18), gland (18) is hinged with secondary hold-down arm (3), the upper end of first lifting hydraulic cylinder (11) and second lifting hydraulic cylinder (14) is separately fixed on the two ends of top board (10) downside, the lower end of first lifting hydraulic cylinder (11) and second lifting hydraulic cylinder (14) is separately fixed on the two ends of gland (18) upside, fixed base plate (32) is by the lower hinge of axle (36) with spinning head capsule body (22), center shaft (28) is fixed on the upside of fixed base plate (32), the removable bottom (29) of symmetry is arranged on the center shaft (28), be provided with inlet point (33) between removable bottom (29) and the fixed base plate (32), be fixed with pick (27) on the removable bottom (29) of inlet point (33) one sides, the upside of fixed base plate (32) is fixed with two limiting stoppers (31) symmetrically, the lower end of barb (26) is fixed on the upside of fixed base plate (32), cage plate (23) is fixed on the inwall of spinning head capsule body (22) upside, hook support arm (25) is fixed on the inwall of spinning head capsule body (22) downside, pull bar (34) is arranged on to slide up and down with cage plate (23) on spinning head capsule body (22) and the cage plate (23) and with spinning head capsule body (22) and is connected, be provided with spring (21) between the end cap (35) of pull bar (34) and the spinning head capsule body (22), the upper end of the lower end of pull bar (34) and hook (24) is hinged, the middle part of hook (24) is hinged with hook support arm (25), matches with the top of barb (26) in the bottom of hook (24).
3, movable rotary coal-loading-unloading machine according to claim 2 is characterized in that feather key (30) forms by two, and two feather keys (30) position is fixed on the drive shaft sleeve (15) opposite to each other.
4, movable rotary coal-loading-unloading machine according to claim 1 is characterized in that spinning device (1) is by tooth bar (4-1), guide rail (4-2), lifting HM Hydraulic Motor (4-4), gear (4-3), upper shaft hole plate (4-5), lower shaft orifice plate (4-6), depression bar top board (4-8), body (2-1), HM Hydraulic Motor (2-2), pick (2-4), motor storehouse (2-7), adapter shaft (2-8), bearing (2-9), depression bar (2-10), Pressure-bar spring (2-11), depression bar frame (2-12), bucket body bottom door (2-13), bucket body door-hinge (2-14), hook (2-15), bucket body gate stop (2-16), for a short time (2-17) seals up a door, for a short time axle (2-18) and motor bracket (2-19) composition of sealing up a door; Tooth bar (4-1) is arranged in the guide rail (4-2), lifting HM Hydraulic Motor (4-4) is fixed in the circle grand (4-7) of guide rail (4-2) bottom, gear (4-3) is fixed on the output shaft of lifting HM Hydraulic Motor (4-4), gear (4-3) is meshed with tooth bar (4-1), upper shaft hole plate (4-5) is fixed on middle part on guide rail (4-2) outer wall and hinged with an end of second hydraulic actuating cylinder (2), lower shaft orifice plate (4-6) is fixed on bottom on guide rail (4-2) outer wall and hinged with an end of secondary hold-down arm (3), motor bracket (2-19) is fixed on the top in the motor storehouse (2-7), HM Hydraulic Motor (2-2) is fixed on the centre of motor bracket (2-19), bearing (2-9) is arranged on the bottom in the motor storehouse (2-7), the upper end of adapter shaft (2-8) is fixed in the interior cover of bearing (2-9), the output shaft of HM Hydraulic Motor (2-2) is captiveed joint with the top of adapter shaft (2-8), captive joint with the upper end of bucket body (2-1) in the lower end of adapter shaft (2-8), hinged between bucket body bottom door (2-13) and the bucket body (2-1) by bucket body door-hinge (2-14), the upside of bucket body bottom door (2-13) is fixed with bucket body gate stop (2-16), the bottom of depression bar (2-10) is arranged in the bottom bar frame (2-12) on bucket body (2-1) inwall, the top of depression bar (2-10) is arranged in the through hole (2-20) of bucket body (2-1) upper base, be provided with Pressure-bar spring (2-11) between the masthead (2-21) of depression bar (2-10) and the upper base of bucket body (2-1), the upper end of the lower end of depression bar (2-10) and hook (2-15) is hinged, one side of hook (2-15) and the inwall of bucket body (2-1) are hinged, match with bucket body gate stop (2-16) in the lower end of hook (2-15), have inlet point (2-22) on the bucket body bottom door (2-13), for a short time the axle (2-18) of sealing up a door is fixed on the centre of bucket body bottom door (2-13), for a short time the inboard of (2-17) of sealing up a door flexibly connects with the axle (2-18) of sealing up a door for a short time, pick (2-4) is fixed on for a short time on seal up a door (2-17), for a short time seal up a door (2-17) match with inlet point (2-22) on the bucket body bottom door (2-13), captiveing joint with the lower end of tooth bar (4-1) in the upper end in motor storehouse (2-7), is fixed with depression bar top board (4-8) on the lower end outer wall of guide rail (4-2).
5, movable rotary coal-loading-unloading machine according to claim 1 is characterized in that chassis (6) is caterpillar chassis.
6, movable rotary coal-loading-unloading machine according to claim 1 is characterized in that chassis (6) is rubber-tyred engineering truck chassis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620114267 CN2871461Y (en) | 2005-10-14 | 2006-04-15 | Movable rotary coal unloader |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200520021755.6 | 2005-10-14 | ||
| CN200520021755 | 2005-10-14 | ||
| CN 200620114267 CN2871461Y (en) | 2005-10-14 | 2006-04-15 | Movable rotary coal unloader |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2871461Y true CN2871461Y (en) | 2007-02-21 |
Family
ID=37739807
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620114267 Expired - Lifetime CN2871461Y (en) | 2005-10-14 | 2006-04-15 | Movable rotary coal unloader |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2871461Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100358787C (en) * | 2005-10-14 | 2008-01-02 | 崔波 | Movable rotary coal-loading-unloading machine |
| CN105084044A (en) * | 2015-09-08 | 2015-11-25 | 大唐环境产业集团股份有限公司 | Frozen coal crushing device of hydraulic tippler |
-
2006
- 2006-04-15 CN CN 200620114267 patent/CN2871461Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100358787C (en) * | 2005-10-14 | 2008-01-02 | 崔波 | Movable rotary coal-loading-unloading machine |
| CN105084044A (en) * | 2015-09-08 | 2015-11-25 | 大唐环境产业集团股份有限公司 | Frozen coal crushing device of hydraulic tippler |
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