CN209076833U - A kind of novel coal crusher - Google Patents

Abstract

The utility model discloses a kind of novel coal crushers, its structure includes protection from splash device, supporting protection frame frame, side isolating baffle, rolling bearing, bearing protects shell, pedestal support plate, gear set case, support platform, overload protective device, engine, lifting hook, completely cut off postive stop baffle, reinforce support plate, broken set of blades, frame protection frame, the upper end of supporting protection frame frame is welded in the lower end of frame protection frame, the utility model has the beneficial effects that by increasing protection sputtering equipment in equipment, make its equipment when carrying out broken coal operation, the safety protection operation of equipment can voluntarily be carried out, enable its equipment when carrying out coal crushing operation, it can protect in time because equipment is for the splashing of scrap caused by the reasons problem such as working condition and coal former material volume and quality, so as to a certain degree The lower health for guaranteeing staff, and more reduce the workload of staff.

Description

A kind of novel coal crusher

Technical field

The utility model is a kind of novel coal crusher, belongs to coal smashing and grinding apparatus field.

Background technique

Break process equipment is the machinery that large-sized solid material is crushed to desired size.Pulverizer is by coarse crushing, thin The devices such as broken, wind model composition, reaches the purpose of pulverizer in the form of high-speed impact.

In the prior art, equipment is when carrying out broken coal construction operation, because of equipment working state and coal former material volume With the reasons problem such as quality, it is easy to make equipment usually when broken, a large amount of splash and the biggish cinder of volume can be generated, and Equipment blocks measure without security protection, needs staff to carry out additional protection operation when carrying out coal crushing operation, no It only be easy to cause the secondary pollution of environment and shattering process is more dangerous, waste more manpower and carry out construction operation.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of novel coal crusher, with solution Certainly in the prior art, equipment is when carrying out broken coal construction operation, because of equipment working state and coal former material volume and quality Etc. reasons problem, be easy to make equipment usually when broken, can generate a large amount of splash and the biggish cinder of volume, and equipment without Measure is blocked in security protection, is needed staff to carry out additional protection operation when carrying out coal crushing operation, is not only easy It causes the secondary pollution of environment and shattering process is more dangerous, waste the problem of more manpower carries out construction operation.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of novel coal Crusher, structure include protection from splash device, supporting protection frame frame, side isolating baffle, rolling bearing, outside belt protection Shell, gear set case, support platform, overload protective device, engine, lifting hook, isolation postive stop baffle, is reinforced pedestal support plate Support plate, broken set of blades, frame protection frame, the upper end of the supporting protection frame frame is welded under frame protection frame End, the side isolating baffle set there are two and are installed in the left and right ends of supporting protection frame frame, the side isolating baffle Left end is mechanically connected to the rear side of belt protection shell right end, and the preceding plan of the belt protection shell right end is installed on gear set case Left end, the lower end screw connection of the gear set case in the upper end of support platform, the pedestal support plate set there are two and on End is welded in the lower end of support platform, and the threaded upper ends of the gear set case are connected to the lower end of lifting hook, the rotation axis It holds there are two setting and right end is installed in the left and right ends on the inside of belt protection shell, the right end of the gear set case is mechanically connected to The left end of engine, the front end of the engine are equipped with overload protective device, and the left and right ends of the broken set of blades are mechanically connected In the inner wall of supporting protection frame frame, the rear end of the supporting protection frame frame is installed in the front end of protection from splash device and is integrated The front end of structure, the supporting protection frame frame is connected with the rear end of isolation postive stop baffle by reinforcing support plate, the isolation The front space of postive stop baffle is matched with the rear end of gear set case, and the protection from splash device includes safe convex block button, induction Control mechanism, left conduction mechanism, shaft conducting support mechanism, right conduction mechanism, dust-proof isolation shell, is prevented middle part limit transverse slat Guard mechanism, limited support baffle are protected, the lower end of the safe convex block button is welded in the upper end of induction control mechanism, the sense The upper end installing for answering the lower end on the right side of control mechanism to be meshed on the left of the right side of left conduction mechanism upper end, the left conduction mechanism In the lower end of middle part limit transverse slat, the upper mechanical of the middle part limit transverse slat is connected to the lower end of induction control mechanism left end, The left end of the middle part limit transverse slat is welded in the left side of dust-proof isolation outer casing inner wall, the lower end of the left conduction mechanism and shaft Conducting support mechanism is meshed on the upside of left end, and the left and right ends of shaft conducting support mechanism are mechanically connected to dust-proof isolation The left and right sides of outer casing inner wall is installed in the lower end of right conduction mechanism, the right biography on the upside of the dust-proof isolation shell right end The upper end for leading mechanism, which is meshed on the left of the lower end of protection guard mechanism, the protection guard mechanism upper end, is installed in limit branch The right end of spacer plate, the upper end of the limited support baffle are welded in the upside of dust-proof isolation outer casing inner wall, and the protection is blocked The right end of mechanism is through the upside of dust-proof isolation shell right end, and the outer surface of the safe convex block button is through dust-proof isolation The left side of upper shell.

Correspondingly, the induction control mechanism by cross-brace plate, compression spring, latch support riser, be threadedly coupled wheel, Upper driving belt, latch support wheel composition, the lower end of the safe convex block button is welded in the upper end of cross-brace plate, the cross The upper end of compression spring is installed on the left of to support plate lower end, it is horizontal that the lower mechanical of the compression spring is connected to middle part limit The upper end of plate is welded in the upper end of latch support riser on the right side of cross-brace plate lower end, the latch support riser Right end is meshed in the outer surface of latch support wheel, and the front end of the latch support wheel is affixed together in the upper of the dynamic belt inner wall of upload The inner wall downside of side, the upper driving belt is connected with the front end for being threadedly coupled wheel, the outside for being threadedly coupled wheel rear end It is meshed in the right side of left conduction mechanism upper end.

Correspondingly, left conduction mechanism by limit fixing bearing, vertical connecting shaft, No.1 helical gear, two-way latch fifth wheel, No. two helical gears, the first convex block shaft, horizontal thread support shaft composition, the threaded connection wheel are meshed on the outside of rear end in cross To the outer surface of threaded support axle, the left end of the horizontal thread support shaft is welded in the right end of two-way latch fifth wheel, described The outer surface of two-way latch fifth wheel is meshed in No.1 helical gear and No. two helical gear outer surfaces, and the No.1 is helical gear Upper end is welded in the lower end of vertical connecting shaft, and the upper end of the vertical connecting shaft is installed in the lower end of limit fixing bearing, described The upper mechanical of limit fixing bearing is connected to the lower end of middle part limit transverse slat, and No. two helical gear lower ends are welded in first The upper end of convex block shaft.

Correspondingly, shaft conducting support mechanism is by underdrive belt, left side shaft Limit Bearing, lateral long support axis Bar, No. two latch wheels, No. three latch wheels, be connected and fixed guide wheel, right side shaft Limit Bearing, No.1 latch wheel composition, described one The front end of number latch wheel is affixed the upside together in underdrive belt inner wall, the front end of No. two latch wheels and No. three latch wheels Front end is connected by underdrive belt, and No. two latch wheels are meshed in lateral long support axis with the lower end of No. three latch wheels The left end in the left side of bar upper end, the transverse direction long support shaft is installed in the right end of left side shaft Limit Bearing, the left-hand axis The left end of bar Limit Bearing is mechanically connected to the right side of dust-proof isolation outer casing inner wall, the right side of the transverse direction long support shaft upper end It is meshed in the outer surface for being connected and fixed guide wheel, the right end of the transverse direction long support shaft is installed in right side shaft Limit Bearing Left end, the right end of the right side shaft Limit Bearing is mechanically connected to the right side of dust-proof isolation outer casing inner wall, described to be connected and fixed The front end of guide wheel is affixed the lower end together in right conduction mechanism.

Correspondingly, the right conduction mechanism is by the second connection conduction band, fixed thread guide wheel, guide wheel support rod, limit screw thread Horizontal axis, recessed sheave, Bidirectional Conduction crawler belt, fovea superior sheave, the second convex block shaft composition, the front end phase for being connected and fixed guide wheel Fit in the downside of the second connection conduction band inner wall, the upside of the second connection conduction band inner wall and the front end phase of fixed thread guide wheel Connection, the rear and front end of the fixed thread guide wheel is mechanically connected to the left end of guide wheel support rod, the right side of the guide wheel support rod End is welded in the right side of dust-proof isolation outer casing inner wall, is meshed on the outside of fixed thread guide wheel rear end in limit screw thread horizontal axis Outer surface, the left end of the limit screw thread horizontal axis is welded in the right end of recessed sheave, the outer surface of the recessed sheave with it is upper The outer surface of drop center wheel is connected by Bidirectional Conduction crawler belt, and the right end of the fovea superior sheave is welded in a left side for the second convex block shaft It holds and is integrated.

Correspondingly, the protection guard mechanism is by conduction position limited gear, No.1 connection guide, No. two connection guides, screw threads Live roller, the first connection conduction band, conducts fixed position-limited wheel, completely cuts off and block transverse slat, elastic force connecting rope composition roller supporting bar, The lower end of No.1 connection guide, the upper end of the No.1 connection guide are mechanically connected on the outside of the conduction position limited gear front end It is movably connected on the lower end of No. two connection guides, the upper end of No. two connection guides, which is installed in, conducts fixed position-limited wheel front end Outside, the front end for conducting fixed position-limited wheel are affixed the downside together in the first connection conduction band inner wall, the first connection conduction band The upside of inner wall and the front end of screw-driven idler wheel fit, and the rear and front end of the screw-driven idler wheel is mechanically connected to idler wheel The left end of support rod, the right end of the roller supporting bar are welded in the right side of dust-proof isolation outer casing inner wall, the screw-driven rolling It is meshed on the outside of wheel front end and blocks the rear surface of transverse slat in isolation, the left end that transverse slat is blocked in the isolation is installed in elastic force connection The right end of rope, the left side mechanical of the elastic force connecting rope are connected to the right end of limited support baffle, and the transverse slat right side is blocked in the isolation The outer surface at end through it is dust-proof isolation shell right end upside.

Correspondingly, the outer surface of the first convex block shaft be meshed it is convex in the outer surface of No.1 latch wheel, described second The outer surface of block shaft is meshed in the outer surface of conduction position limited gear.

Correspondingly, the outer surface of the dust-proof isolation shell is welded in the rear end of supporting protection frame frame, the frame protection The left side clearance fit of frame is described to completely cut off the lower surface clearance fit for blocking transverse slat in the upside of dust-proof isolation outer surface of outer cover In the upper surface of frame protection frame.

The utility model has the beneficial effects that: a kind of novel coal crusher of the utility model, coal crushing operation When, staff should first open engine, and so that its engine is able to drive broken set of blades rotation, and rotated in broken set of blades Afterwards, staff can be placed into coal in broken set of blades, be crushed its coal by broken set of blades, and in coal When charcoal is larger or more, staff can press the safe convex block button on protection from splash device, make its safe convex block button to Lower drive cross-brace plate is moved downward with latch support riser, so that the rotation of latch support wheel is driven by latch support riser, Under the rotation of its latch support wheel, upper driving belt will drive threaded connection wheel rotation, thus by horizontal thread support shaft Two-way latch fifth wheel is driven to rotate, then under the action of No. two helical gears, the first convex block shaft will enable its No.1 card Gear rotation, and No. two latch wheels will be driven to rotate with No. three latch wheels by underdrive belt, thus allow secondly number latch wheel and No. three latch wheels drive lateral long support shaft to rotate under the action of left side shaft Limit Bearing is with right side shaft Limit Bearing, And drive it to be connected and fixed guide wheel rotation by lateral long support shaft, and under the action of its second connection conduction band, fixed thread Guide wheel can allow it to limit screw thread horizontal axis and drive the rotation of lower groove wheel, to drive fovea superior sheave is synchronous to turn by Bidirectional Conduction crawler belt It moves, and the rotation of the second convex block shaft is driven by upper groove wheel, so that its is conducted position limited gear rotation, and in its conduction limiting tooth It allows its No.1 connection guide and No. two connection guides to drive the rotation of screw-driven idler wheel under the action of wheel, its isolation is finally allowed to be blocked Transverse slat moves right, and blocks its broken set of blades so as to block transverse slat by isolation, can effectively prevent coal It splashes: by increasing protection sputtering equipment in equipment, making its equipment when carrying out broken coal operation, can voluntarily be set Standby safety protection operation enables its equipment when carrying out coal crushing operation, can protect in time because of the standby work shape of equipment Scrap caused by the reasons problem such as state and coal former material volume and quality splashes, and guarantees work people so as to lower to a certain degree The health of member, and more reduce the workload of staff.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of novel coal crusher of the utility model.

Fig. 2 is a kind of structural schematic diagram of the working condition of novel coal crusher of the utility model.

Fig. 3 is a kind of structural schematic diagram one of the protection sputtering equipment of novel coal crusher of the utility model.

Fig. 4 is a kind of structural schematic diagram two of the protection sputtering equipment of novel coal crusher of the utility model.

Fig. 5 is the structural schematic diagram for the working condition that the utility model protects sputtering equipment.

In figure: protection from splash device -1, supporting protection frame frame -2, side isolating baffle -3, rolling bearing -4, belt protection Shell -5, pedestal support plate -6, gear set case -7, support platform -8, overload protective device -9, engine -10, lifting hook - 11, completely cut off postive stop baffle -12, reinforce support plate -13, broken set of blades -14, frame protection frame -15, safe convex block button - 101, incude control mechanism -102, middle part limit transverse slat -103, left conduction mechanism -104, shaft conducting support mechanism -105, the right side Conduction mechanism -106, dust-proof isolation shell -107, protection guard mechanism -108, limited support baffle -109, cross-brace plate - 1021, compression spring -1022, latch support riser -1023, threaded connection wheel -1024, upper driving belt -1025, latch support Wheel -1026, limit fixing bearing -1041, vertical connecting shaft -1042, No.1 helical gear -1043, two-way latch fifth wheel - 1044, No. two helical gears -1045, the first convex block shaft -1046, horizontal thread support shaft -1047, underdrive belt -1051, Left side shaft Limit Bearing -1052, connects the lateral long support latch wheel -1054, three of shaft -1053, two latch wheel -1055 Stator ring -1056, right side shaft Limit Bearing -1057, No.1 latch wheel -1058, second is connect to connect conduction band -1061, fix Screw thread guide wheel -1062, guide wheel support rod -1063, limit screw thread horizontal axis -1064, recessed sheave -1065, Bidirectional Conduction crawler belt - 1066, fovea superior sheave -1067, the second convex block shaft -1068, conduction position limited gear -1081, No.1 connection guide -1082, two Number connection guide -1083, screw-driven idler wheel -1084, roller supporting bar -1085, first connect conduction band -1086, conduction is fixed Transverse slat -1088, elastic force connecting rope -1089 are blocked in position-limited wheel -1087, isolation.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

Fig. 1 to Fig. 5 is please referred to, the utility model provides a kind of novel coal crusher: its structure includes protection from splash Device 1, supporting protection frame frame 2, side isolating baffle 3, rolling bearing 4, belt protection shell 5, pedestal support plate 6, gear set Case 7, overload protective device 9, engine 10, lifting hook 11, isolation postive stop baffle 12, reinforces support plate 13, is broken support platform 8 The upper end of broken set of blades 14, frame protection frame 15, the supporting protection frame frame 2 is welded in the lower end of frame protection frame 15, The side isolating baffle 3 sets there are two and is installed in the left and right ends of supporting protection frame frame 2, the side isolating baffle 3 Left end is mechanically connected to the rear side of 5 right end of belt protection shell, and the preceding plan of 5 right end of belt protection shell is installed on gear set The left end of case 7, for the lower end screw connection of the gear set case 7 in the upper end of support platform 8, the pedestal support plate 6 is equipped with two A and upper end is welded in the lower end of support platform 8, and the threaded upper ends of the gear set case 7 are connected to the lower end of lifting hook 11, There are two the rolling bearing 4 is set and right end is installed in the left and right ends of 5 inside of belt protection shell, the gear set case 7 Right end is mechanically connected to the left end of engine 10, and the front end of the engine 10 is equipped with overload protective device 9, the broken set of blades 14 left and right ends are mechanically connected to the inner wall of supporting protection frame frame 2, and it is anti-that the rear end of the supporting protection frame frame 2 is installed in sputtering It the front end of protection unit 1 and is integrated, the front end of the supporting protection frame frame 2 and the rear end for completely cutting off postive stop baffle 12 pass through Reinforce support plate 13 to be connected, the front space of the isolation postive stop baffle 12 is matched with the rear end of gear set case 7, the sputtering Protective device 1 includes safe convex block button 101, induction control mechanism 102, middle part limit transverse slat 103, left conduction mechanism 104, axis Bar conducting support mechanism 105, right conduction mechanism 106, dust-proof isolation shell 107, protection guard mechanism 108, limited support baffle 109, the lower end of the safe convex block button 101 is welded in the upper end of induction control mechanism 102, the induction control mechanism 102 The lower end on right side is meshed in the right side of left 104 upper end of conduction mechanism, and the upper end in left 104 left side of conduction mechanism is installed in Middle part limits the lower end of transverse slat 103, and the upper mechanical of the middle part limit transverse slat 103 is connected to induction 102 left end of control mechanism Lower end, the left end of middle part limit transverse slat 103 is welded in the left side of dust-proof isolation 107 inner wall of shell, the left conduction machine It is meshed on the upside of the lower end of structure 104 and 105 left end of shaft conducting support mechanism, a left side for shaft conducting support mechanism 105 Right both ends are mechanically connected to the left and right sides of dust-proof isolation 107 inner wall of shell, the upside dress of dust-proof isolation 107 right end of shell Set on the lower end of right conduction mechanism 106, the upper end of the right conduction mechanism 106 is meshed in protecting under guard mechanism 108 End, it is described to protect the right end that limited support baffle 109 is installed on the left of 108 upper end of guard mechanism, the limited support baffle 109 upper end is welded in the upside of dust-proof isolation 107 inner wall of shell, and the right end of the protection guard mechanism 108 is through dust-proof Completely cut off the upside of 107 right end of shell, the outer surface of the safe convex block button 101 is through dust-proof isolation 107 upper end of shell Left side, the induction control mechanism 102 are connected by cross-brace plate 1021, compression spring 1022, latch support riser 1023, screw thread Cock wheel 1024, upper driving belt 1025, latch support wheel 1026 form, and the lower end of the safe convex block button 101 is welded in cross To the upper end of support plate 1021, the upper end of compression spring 1022 is installed on the left of 1021 lower end of cross-brace plate, it is described The lower mechanical of compression spring 1022 is connected to the upper end of middle part limit transverse slat 103, the right side of 1021 lower end of cross-brace plate Side is welded in the upper end of latch support riser 1023, and the right end of the latch support riser 1023 is meshed in latch support wheel 1026 outer surface, the front end of the latch support wheel 1026 are affixed together in the upside for uploading dynamic 1025 inner wall of belt, it is described on It is connected on the downside of the inner wall of driving belt 1025 with the front end for being threadedly coupled wheel 1024, it is described to be threadedly coupled the outer of 1024 rear ends of wheel Side is meshed in the right side of left 104 upper end of conduction mechanism, and left conduction mechanism 104 is by limit fixing bearing 1041, vertical connecting shaft 1042, No.1 helical gear 1043,1044, No. two helical gears 1045 of two-way latch fifth wheel, the first convex block shaft 1046, lateral spiral shell Line support shaft 1047 forms, and the threaded connection is taken turns and is meshed on the outside of 1024 rear ends in the appearance of horizontal thread support shaft 1047 Face, the left end of the horizontal thread support shaft 1047 are welded in the right end of two-way latch fifth wheel 1044, and the two-way latch connects The outer surface of cock wheel 1044 is meshed in the outer surface of No.1 helical gear 1043 and No. two helical gears 1045, the No.1 helical gear 1043 upper end is welded in the lower end of vertical connecting shaft 1042, and the upper end of the vertical connecting shaft 1042 is installed in limit fixing axle Hold 1041 lower end, the upper mechanical of the limit fixing bearing 1041 is connected to the lower end of middle part limit transverse slat 103, and described two The lower end of number helical gear 1045 is welded in the upper end of the first convex block shaft 1046, and shaft conducting support mechanism 105 is passed by down Dynamic belt 1051, left side shaft Limit Bearing 1052, the lateral long support latch wheel of latch wheel 1054, three of shaft 1053, two 1055, it is connected and fixed guide wheel 1056, right side shaft Limit Bearing 1057, No.1 latch wheel 1058 to form, the No.1 latch wheel 1058 front end is affixed the upside together in 1051 inner wall of underdrive belt, the front end of No. two latch wheels 1054 and No. three latches The front end of wheel 1055 is connected by underdrive belt 1051, under No. two latch wheels 1054 and No. three latch wheels 1055 End is meshed in the left side of lateral 1053 upper end of long support shaft, and the left end of the transverse direction long support shaft 1053 is installed in left side The left end of the right end of shaft Limit Bearing 1052, the left side shaft Limit Bearing 1052 is mechanically connected to dust-proof isolation shell The right side of 107 inner walls is meshed in the appearance for being connected and fixed guide wheel 1056 on the right side of 1053 upper end of transverse direction long support shaft The right end in face, the transverse direction long support shaft 1053 is installed in the left end of right side shaft Limit Bearing 1057, the right side shaft The right end of Limit Bearing 1057 is mechanically connected to the right side of dust-proof isolation shell 107 inner wall, the guide wheel 1056 that is connected and fixed Front end is affixed the lower end together in right conduction mechanism 106, and the right conduction mechanism 106 is by the second connection conduction band 1061, fixed thread Guide wheel 1062, guide wheel support rod 1063, limit screw thread horizontal axis 1064, recessed sheave 1065, Bidirectional Conduction crawler belt 1066, fovea superior Sheave 1067, the second convex block shaft 1068 composition, the front end for being connected and fixed guide wheel 1056 are affixed together in the second connection conduction band The upside of the downside of 1061 inner walls, the second connection 1061 inner wall of conduction band is connected with the front end of fixed thread guide wheel 1062, The rear and front end of the fixed thread guide wheel 1062 is mechanically connected to the left end of guide wheel support rod 1063, the guide wheel support rod 1063 right end is welded in the right side of dust-proof isolation 107 inner wall of shell, and the outside of 1062 rear end of fixed thread guide wheel is mutually nibbled Together in the outer surface of limit screw thread horizontal axis 1064, the left end of the limit screw thread horizontal axis 1064 is welded in recessed sheave 1065 The outer surface of right end, the recessed sheave 1065 is connected with the outer surface of fovea superior sheave 1067 by Bidirectional Conduction crawler belt 1066 It connects, the right end of the fovea superior sheave 1067 is welded in the left end of the second convex block shaft 1068 and is integrated, the protection Guard mechanism 108 is by conduction position limited gear 1081, No.1 connection guide 1082, No. two connection guides 1083, screw-driven idler wheels 1084, roller supporting bar 1085, first connects conduction band 1086, conducts fixed position-limited wheel 1087, completely cuts off and block transverse slat 1088, bullet Power connecting rope 1089 forms, and is mechanically connected under No.1 connection guide 1082 on the outside of 1081 front end of conduction position limited gear End, the upper end of the No.1 connection guide 1082 are movably connected on the lower end of No. two connection guides 1083, and No. two connections are led The upper end of bar 1083 is installed in the outside for conducting fixed 1087 front end of position-limited wheel, the front end phase for conducting fixed position-limited wheel 1087 Fit in the downside of 1086 inner wall of the first connection conduction band, the upside of the first connection 1086 inner wall of conduction band and screw-driven idler wheel 1084 front end fits, and the rear and front end of the screw-driven idler wheel 1084 is mechanically connected to a left side for roller supporting bar 1085 End, the right end of the roller supporting bar 1085 are welded in the right side of dust-proof isolation 107 inner wall of shell, the screw-driven idler wheel It is meshed on the outside of 1084 front ends and blocks the rear surface of transverse slat 1088 in isolation, it is described to completely cut off the left end installing for blocking transverse slat 1088 The right side of limited support baffle 109 is connected in the left side mechanical of the right end of elastic force connecting rope 1089, the elastic force connecting rope 1089 End, through the upside of dust-proof isolation 107 right end of shell, described first is convex for the outer surface for blocking 1088 right end of transverse slat that completely cuts off The outer surface of block shaft 1046 is meshed in the outer surface of No.1 latch wheel 1058, the outer surface of the second convex block shaft 1068 It is meshed in the outer surface of conduction position limited gear 1081, the outer surface of the dust-proof isolation shell 107 is welded in supporting protection frame The rear end of frame 2, the left side clearance fit of the frame protection frame 15 are described in the upside of dust-proof isolation 107 outer surface of shell Isolation blocks the lower surface clearance fit of transverse slat 1088 in the upper surface of frame protection frame 15.

Engine 10 described in this patent be it is a kind of can be the machine that can be converted into mechanical energy of other forms, including such as Internal combustion engine, external-combustion engine, motor etc..

Coal needs to carry out certain broken, crushed work, so that the Coal dressing in later period can be carried out after digging out Operation, and when needing coal comminution process, it will need to carry out operation using this equipment, and when carrying out using this equipment, work Making personnel will need to confirm and checks whether its novel coal crusher can normally carry out coal comminution process, and true After recognizing coal crusher no problem, it should also carry out whether confirmation protection from splash device 1 damages, it, will after confirming no problem It can be used normally this equipment, when coal crushing operation, staff should first open engine 10, enable its 10 band of engine Dynamic broken set of blades 14 rotates, and after the rotation of broken set of blades 14, staff can be placed into coal broken set of blades On 14, its coal is crushed by broken set of blades 14, and when coal is larger or more, staff, which can press, to be splashed The safe convex block button 101 on protective device 1 is penetrated, its safe convex block button 101 is made to drive cross-brace plate 1021 and card downwards Tooth support riser 1023 moves downward, to drive latch support wheel 1026 to rotate by latch support riser 1023, in its latch Under support wheel 1026 rotates, upper driving belt 1025 will drive 1024 rotation of threaded connection wheel, thus by horizontal thread branch Support axis 1047 drives two-way latch fifth wheel 1044 to rotate, then under the action of No. two helical gear 1045, the first convex block shaft 1046 will enable its No.1 latch wheel 1058 to rotate, and will drive No. two latch wheels 1054 and three by underdrive belt 1051 Number latch wheel 1055 rotates, to allow secondly number latch wheel 1054 and No. three latch wheels 1055 drive lateral long support shaft 1053 rotate under the action of left side shaft Limit Bearing 1052 is with right side shaft Limit Bearing 1057, and by lateral long support axis Bar 1053 drives it to be connected and fixed the rotation of guide wheel 1056, and under the action of its second connection conduction band 1061, fixed thread guide wheel 1062, which can allow it to limit screw thread horizontal axis 1064, drives recessed sheave 1065 to rotate, to be driven by Bidirectional Conduction crawler belt 1066 Drop center wheel 1067 rotates synchronously, and drives the second convex block shaft 1068 to rotate by fovea superior sheave 1067, then makes its conduction limit Gear 1081 rotates, and allows its No.1 connection guide 1082 to connect with No. two under the action of it conducts position limited gear 1081 and lead Bar 1083 drives screw-driven idler wheel 1084 to rotate, its isolation is finally allowed to block transverse slat 1088 and move right, so as to by every Transverse slat 1088 is blocked absolutely and blocks its broken set of blades 14, can effectively prevent the splashing of coal.

The utility model solves the problems, such as that in the prior art equipment is when carrying out broken coal construction operation, because of equipment work Make the reasons problem such as state and coal former material volume and quality, is easy to make equipment usually when broken, a large amount of splashing can be generated Object and the biggish cinder of volume, and equipment blocks measure without security protection, needs staff when carrying out coal crushing operation Additional protection operation is carried out, the secondary pollution of environment is not only be easy to cause and shattering process is more dangerous, waste more people Power carries out construction operation, and the utility model is combined with each other by above-mentioned component, by increasing protection sputtering dress in equipment Set, make its equipment when carrying out broken coal operation, can voluntarily carry out the safety protection operation of equipment, enable its equipment into When row coal crushing operation, it can protect in time because equipment is for the reasons such as working condition and coal former material volume and quality problem institute The scrap of generation splashes, and guarantees the health of staff so as to lower to a certain degree, and more reduce staff Workload.

Claims (8)

1. a kind of novel coal crusher, structure includes protection from splash device (1), supporting protection frame frame (2), side isolation Baffle (3), rolling bearing (4), belt protection shell (5), pedestal support plate (6), gear set case (7), support platform (8), mistake It carries protector (9), engine (10), lifting hook (11), isolation postive stop baffle (12), reinforce support plate (13), broken blade Group (14), frame protection frame (15), it is characterised in that:

The upper end of the supporting protection frame frame (2) is welded in the lower end of frame protection frame (15), the side isolating baffle (3) If there are two and be installed in the left and right ends of supporting protection frame frame (2), the left end of the side isolating baffle (3) is mechanically connected to The preceding plan of the rear side of belt protection shell (5) right end, belt protection shell (5) right end is installed on a left side for gear set case (7) End, the lower end screw connection of the gear set case (7) is in the upper end of support platform (8), there are two the pedestal support plate (6) sets And upper end is welded in the lower end of support platform (8), the threaded upper ends of the gear set case (7) are connected under lifting hook (11) End, the rolling bearing (4) set there are two and right end be installed in left and right ends on the inside of belt protection shell (5), the gear The right end of group case (7) is mechanically connected to the left end of engine (10), and the front end of the engine (10) is equipped with overload protective device (9), the left and right ends of the broken set of blades (14) are mechanically connected to the inner wall of supporting protection frame frame (2), the support protection The rear end of frame (2) is installed in the front end of protection from splash device (1) and is integrated, the supporting protection frame frame (2) Front end is connected with the rear end of isolation postive stop baffle (12) by reinforcing support plate (13), before the isolation postive stop baffle (12) Splaying is matched with the rear end of gear set case (7)；

The protection from splash device (1) includes safe convex block button (101), induction control mechanism (102), middle part limit transverse slat (103), left conduction mechanism (104), shaft conducting support mechanism (105), right conduction mechanism (106), dust-proof isolation shell (107), guard mechanism (108), limited support baffle (109) are protected；

The lower end of the safe convex block button (101) is welded in the upper end of induction control mechanism (102), the induction control mechanism (102) lower end on the right side of is meshed upper on the left of the right side of left conduction mechanism (104) upper end, the left conduction mechanism (104) End is installed in the lower end of middle part limit transverse slat (103), and the upper mechanical of middle part limit transverse slat (103) is connected to induction control The lower end of mechanism (102) left end, the left end of middle part limit transverse slat (103) are welded in dust-proof isolation shell (107) inner wall Left side is meshed on the upside of the lower end and shaft conducting support mechanism (105) left end of the left conduction mechanism (104), the axis The left and right ends of bar conducting support mechanism (105) are mechanically connected to the left and right sides of dust-proof isolation shell (107) inner wall, described anti- Be installed in the lower ends of right conduction mechanism (106) on the upside of dirt isolation shell (107) right end, the right conduction mechanism (106) it is upper End, which is meshed on the left of the lower end of protection guard mechanism (108), protection guard mechanism (108) upper end, is installed in limit branch The right end of spacer plate (109), the upper end of the limited support baffle (109) are welded in the upper of dust-proof isolation shell (107) inner wall Side, it is described protection guard mechanism (108) right end through it is dust-proof isolation shell (107) right end upside, the safe convex block Left side of the outer surface of button (101) through dust-proof isolation shell (107) upper end.

2. a kind of novel coal crusher as described in claim 1, it is characterised in that: the induction control mechanism (102) By cross-brace plate (1021), compression spring (1022), latch support riser (1023), it is threadedly coupled wheel (1024), upper transmission Belt (1025), latch support wheel (1026) composition, the lower end of the safe convex block button (101) is welded in cross-brace plate (1021) upper end is installed in the upper end of compression spring (1022), the pressure on the left of cross-brace plate (1021) lower end The lower mechanical of power spring (1022) is connected to the upper end of middle part limit transverse slat (103), cross-brace plate (1021) lower end Right side be welded in the upper end of latch support riser (1023), the right end of latch support riser (1023) is meshed in latch The outer surface of support wheel (1026), the front end of the latch support wheel (1026) are affixed together in dynamic belt (1025) inner wall of upload The inner wall downside of upside, the upper driving belt (1025) is connected with the front end for being threadedly coupled wheel (1024), and the screw thread connects It is meshed on the outside of cock wheel (1024) rear end in the right side of left conduction mechanism (104) upper end.

3. a kind of novel coal crusher as described in claim 1, it is characterised in that: left conduction mechanism (104) is by limiting Fixing bearing (1041), vertical connecting shaft (1042), No.1 helical gear (1043), two-way latch fifth wheel (1044), No. two tiltedly Gear (1045), the first convex block shaft (1046), horizontal thread support shaft (1047) composition, after (1024) are taken turns in the threaded connection It is meshed on the outside of end in the outer surface of horizontal thread support shaft (1047), the left end of the horizontal thread support shaft (1047) is welded It is connected to the right end of two-way latch fifth wheel (1044), the outer surface of the two-way latch fifth wheel (1044) is meshed oblique in No.1 The upper end of the outer surface of gear (1043) and No. two helical gears (1045), the No.1 helical gear (1043) is welded in vertical connection The lower end of axis (1042), the upper end of the vertical connecting shaft (1042) is installed in the lower end of limit fixing bearing (1041), described The upper mechanical of limit fixing bearing (1041) is connected to the lower end of middle part limit transverse slat (103), No. two helical gears (1045) lower end is welded in the upper end of the first convex block shaft (1046).

4. a kind of novel coal crusher as claimed in claim 3, it is characterised in that: shaft conducting support mechanism (105) by underdrive belt (1051), left side shaft Limit Bearing (1052), lateral long support shaft (1053), No. two latches Wheel (1054), is connected and fixed guide wheel (1056), right side shaft Limit Bearing (1057), No.1 latch at No. three latch wheels (1055) (1058) composition is taken turns, the front end of the No.1 latch wheel (1058) is affixed the upside together in underdrive belt (1051) inner wall, institute The front end for stating No. two latch wheels (1054) is connected with the front end of No. three latch wheels (1055) by underdrive belt (1051), institute No. two latch wheels (1054) are stated to be meshed with the lower end of No. three latch wheels (1055) in lateral long support shaft (1053) upper end The left end in left side, the transverse direction long support shaft (1053) is installed in the right end of left side shaft Limit Bearing (1052), the left side The left end of side axle bar Limit Bearing (1052) is mechanically connected to the right side of dust-proof isolation shell (107) inner wall, and the transverse direction is drawn money on credit It is meshed on the right side of support shaft (1053) upper end in the outer surface for being connected and fixed guide wheel (1056), the transverse direction long support shaft (1053) right end is installed in the left end of right side shaft Limit Bearing (1057), the right side of the right side shaft Limit Bearing (1057) End be mechanically connected to it is dust-proof isolation shell (107) inner wall right side, the front end for being connected and fixed guide wheel (1056) be affixed together in The lower end of right conduction mechanism (106).

5. novel coal crusher as claimed in claim 4 a kind of, it is characterised in that: the right conduction mechanism (106) by Second connection conduction band (1061), fixed thread guide wheel (1062), guide wheel support rod (1063), limit screw thread horizontal axis (1064), under Drop center wheel (1065), Bidirectional Conduction crawler belt (1066), fovea superior sheave (1067), the second convex block shaft (1068) composition, the company The front end for connecing stator ring (1056) is affixed the downside for connecting conduction band (1061) inner wall together in second, the second connection conduction band (1061) upside of inner wall is connected with the front end of fixed thread guide wheel (1062), the front and back of the fixed thread guide wheel (1062) Both ends are mechanically connected to the left end of guide wheel support rod (1063), and the right end of the guide wheel support rod (1063) is welded in dust-proof isolation The right side of shell (107) inner wall is meshed on the outside of fixed thread guide wheel (1062) rear end in limit screw thread horizontal axis (1064) left end of outer surface, limit screw thread horizontal axis (1064) is welded in the right end of recessed sheave (1065), under described The outer surface of drop center wheel (1065) is connected with the outer surface of fovea superior sheave (1067) by Bidirectional Conduction crawler belt (1066), described The right end of fovea superior sheave (1067) is welded in the left end of the second convex block shaft (1068) and is integrated.

6. a kind of novel coal crusher as described in claim 1, it is characterised in that: the protection guard mechanism (108) By conduction position limited gear (1081), No.1 connection guide (1082), No. two connection guides (1083), screw-driven idler wheels (1084), transverse slat is blocked in roller supporting bar (1085), the first connection conduction band (1086), conduction fixed position-limited wheel (1087), isolation (1088), elastic force connecting rope (1089) forms, and No.1 company is mechanically connected on the outside of conduction position limited gear (1081) front end The lower end of guide rod (1082), the upper end of the No.1 connection guide (1082) are movably connected on No. two connection guides (1083) Lower end, the upper end of No. two connection guides (1083) are installed in the outside for conducting fixed position-limited wheel (1087) front end, the biography The front end for leading fixed position-limited wheel (1087) is affixed the downside for connecting conduction band (1086) inner wall together in first, the first connection conduction band (1086) upside of inner wall and the front end of screw-driven idler wheel (1084) fit, the front and back of the screw-driven idler wheel (1084) Both ends are mechanically connected to the left end of roller supporting bar (1085), and the right end of the roller supporting bar (1085) is welded in dust-proof isolation The right side of shell (107) inner wall is meshed on the outside of screw-driven idler wheel (1084) front end and blocks transverse slat in isolation (1088) rear surface, the left end that transverse slat (1088) is blocked in the isolation is installed in the right end of elastic force connecting rope (1089), described The left side mechanical of elastic force connecting rope (1089) is connected to the right end of limited support baffle (109), and transverse slat is blocked in the isolation (1088) outer surface of right end through it is dust-proof isolation shell (107) right end upside.

7. a kind of novel coal crusher as claimed in claim 5, it is characterised in that: the first convex block shaft (1046) Outer surface be meshed in the outer surface of No.1 latch wheel (1058), the outer surface of the second convex block shaft (1068) is meshed In the outer surface of conduction position limited gear (1081).

8. a kind of novel coal crusher as claimed in claim 6, it is characterised in that: the dust-proof isolation shell (107) Outer surface be welded in the rear ends of supporting protection frame frame (2), the left side clearance fit of the frame protection frame (15) is in dust-proof Completely cut off the upside of shell (107) outer surface, the lower surface clearance fit for blocking transverse slat (1088) that completely cuts off is in frame protection side The upper surface of frame (15).