CN209062772U - A kind of metal rock wool-steel plywood production creeper tread grinding device - Google Patents

Abstract

The utility model discloses a kind of metal rock wool-steel plywood production creeper tread grinding devices, including pedestal, control-rod, emery wheel machine, motor, electric telescopic rod, first belt sander and the second belt sander, support frame is fixed on the pedestal, operation block is installed on the working beam, fluting is offered on the movable block, the sliding block is mounted on the lower end of transverse slat, the control-rod is mounted on transverse slat upper end, the motor is mounted on the inside of pedestal, delivery roller is fixed on the chain, electric telescopic rod is installed on the pedestal, second belt sander is installed in the electric telescopic rod.Metal rock wool-steel plywood production creeper tread grinding device, it is designed using novel structure, by being placed on creeper tread in the structure with abundant polishing function, it is insufficient to solve the problems, such as that conventional apparatus is polished, multiple structures with polishing function are devised, solve the problems, such as that the out-of-flatness of conventional apparatus buffed surface and grinding efficiency are low.

Description

A kind of metal rock wool-steel plywood production creeper tread grinding device

Technical field

The utility model relates to creeper tread grinding technology field, creeper tread is used in specially a kind of metal rock wool-steel plywood production Grinding device.

Background technique

Metal rock wool-steel plywood is the heat preservation that a kind of metal decking and bottom plate and heat insulation core material are combined by binder Compound to go along with sb. to guard him plate, common metal plate is the materials such as color steel plate or aluminium sheet, and common heat insulation core material is rock wool board or glass Silk floss, metal rock wool and glass silk floss composite plate automatic production line are by die mould workshop section, slitting workshop section, foaming workshop section, cutter The composition flow line production line such as section, stacking workshop section and bale room.

Tracked machine is the equipment most wanted in production line, directly influences final product quality, the precision of creeper tread in tracked machine It is the important indicator of weighing device, the flatness of double crawler belts influences plate appearance, and as equipment operation is worn, flatness can be year by year Decline, grinding device can effectively solve the problems, such as this, but existing grinding device is insufficient there is polishing in operation, Buffed surface out-of-flatness and the low disadvantage of grinding efficiency.In view of the above-mentioned problems, being badly in need of being created on the basis of original grinding device New design.

Utility model content

The purpose of this utility model is to provide a kind of metal rock wool-steel plywood production creeper tread grinding devices, to solve It is proposed that polishing is insufficient in above-mentioned background technique, buffed surface out-of-flatness and the low problem of grinding efficiency.

To achieve the above object, the utility model provides the following technical solutions: a kind of metal rock wool-steel plywood production shoe Band plate grinding device, including the mechanical, electrical dynamic telescopic rod of pedestal, control-rod, emery wheel, the first belt sander and the second belt sander, institute It states and is fixed with support frame on pedestal, and the upper end of support frame is fixed with working beam, and the inside of working beam is equipped with fixed block, Operation block is installed, and the inside of operation block is equipped with movable block, and the lower end of movable block offers card on the working beam Slot offers fluting on the movable block, and fluting is internally provided with cross bar, and cross bar is mounted on the inside of sliding block, described Sliding block is mounted on the lower end of transverse slat, and transverse slat is fixed on the upper end of operation block, and the lower end of transverse slat is connected with bull stick, turns simultaneously Bar is connected with sliding block, and the control-rod is mounted on transverse slat upper end, and control-rod is connected with bull stick, and transverse slat lower end is installed There is sliding rail, while emery wheel machine being installed on sliding rail, the motor is mounted on the inside of pedestal, and power rail is equipped on motor, And it is fixed with master gear on power rail, chain is installed, and chain is mounted on from gear on the master gear, and from tooth Wheel is fixed on interlocking lever, and simultaneous linkage bar is mounted on the base, and delivery roller is fixed on the chain, is pacified on the pedestal Equipped with electric telescopic rod, and electric telescopic rod upper end is equipped with the first belt sander, and the first sand is equipped on the first belt sander Band is equipped with the second belt sander in the electric telescopic rod, and is equipped with the second abrasive band on the second belt sander.

Preferably, the shape of the working beam longitudinal section is I-shaped, and working beam and operation block are to be slidably connected.

Preferably, the shape of the fluting longitudinal section is tilted-putted right-angled trapezium, and slotting with cross bar is that sliding connects It connects, and cross bar end is set as arc.

Preferably, the sliding rail and transverse slat are to be welded to connect, and sliding rail and emery wheel machine are to be slidably connected.

Preferably, the master gear passes through chain and from gear set at chain drive structure, and master gear and power rail are weldering It connects in succession.

Preferably, center line symmetrical setting of the delivery roller about power rail, and the upper end of delivery roller is higher than bottom The upper end of seat.

Compared with prior art, the utility model has the beneficial effects that the metal rock wool-steel plywood production is beaten with creeper tread Mill apparatus is designed using novel structure, by being placed on creeper tread in the structure with abundant polishing function, solves biography Bulk cargo sets insufficient problem of polishing, and devises multiple structures with polishing function, and it is uneven to solve conventional apparatus buffed surface The whole problem low with grinding efficiency；

1. pedestal, working beam, fixed block, operation block, movable block, card slot, fluting, cross bar, sliding block, transverse slat, turns support frame The structure that bar, control-rod, sliding rail and emery wheel machine form is the structure basis that device realizes sufficiently polishing function, passes through control-rod tune The polishing position for saving emery wheel machine makes emery wheel machine sufficiently carry out sanding operation to device upper track plate, solves conventional apparatus polishing Insufficient problem；

2. motor, power rail, master gear, chain, delivery roller, electric telescopic rod, the first belt sander, the first abrasive band, Two belt sanders, the second abrasive band are that device realizes that buffed surface is smooth and grinding efficiency Gao Gong from the structure that gear and interlocking lever form The structure basis of energy repeatedly carries out sanding operation to creeper tread by the first abrasive band and the second abrasive band, realizes creeper tread polishing Face it is smooth, solve the problems, such as that the out-of-flatness of conventional apparatus buffed surface and grinding efficiency are low.

Detailed description of the invention

Fig. 1 is the utility model positive structure diagram；

Fig. 2 is that utility model works block faces the schematic diagram of the section structure；

Fig. 3 is the utility model transverse slat present invention looks up structural representation；

Fig. 4 is the utility model transverse slat overlooking structure diagram；

Fig. 5 is that the utility model pedestal faces the schematic diagram of the section structure；

Fig. 6 is the utility model pedestal overlooking structure diagram；

Fig. 7 is the first belt sander of the utility model positive structure diagram；

Fig. 8 is the second belt sander of the utility model positive structure diagram.

In figure: 1, pedestal；2, support frame；3, working beam；4, fixed block；5, operation block；6, movable block；7, card slot；8, it opens Slot；9, cross bar；10, sliding block；11, transverse slat；12, bull stick；13, control-rod；14, sliding rail；15, emery wheel machine；16, motor；17, power Bar；18, master gear；19, chain；20, delivery roller；21, electric telescopic rod；22, the first belt sander；23, the first abrasive band；24, Second belt sander；25, the second abrasive band；26, from gear；27, interlocking lever.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Please refer to Fig. 1-8, the utility model provides a kind of technical solution: creeper tread is used in a kind of production of metal rock wool-steel plywood Grinding device, including pedestal 1, support frame 2, working beam 3, fixed block 4, operation block 5, movable block 6, card slot 7, fluting 8, cross bar 9, Sliding block 10, transverse slat 11, bull stick 12, control-rod 13, sliding rail 14, emery wheel machine 15, motor 16, power rail 17, master gear 18, chain 19, delivery roller 20, electric telescopic rod 21, the first belt sander 22, the first abrasive band 23, the second belt sander 24, the second abrasive band 25, from Gear 26 and interlocking lever 27 are fixed with support frame 2 on pedestal 1, and the upper end of support frame 2 is fixed with working beam 3, and working beam 3 inside is equipped with fixed block 4, operation block 5 is equipped on working beam 3, and the inside of operation block 5 is equipped with movable block 6, and The lower end of movable block 6 offers card slot 7, fluting 8 is offered on movable block 6, and fluting 8 is internally provided with cross bar 9, and cross bar 9 are mounted on the inside of sliding block 10, and sliding block 10 is mounted on the lower end of transverse slat 11, and transverse slat 11 is fixed on the upper end of operation block 5, and The lower end of transverse slat 11 is connected with bull stick 12, while bull stick 12 is connected with sliding block 10, and control-rod 13 is mounted on 11 upper end of transverse slat, and Control-rod 13 is connected with bull stick 12, and 11 lower end of transverse slat is equipped with sliding rail 14, while emery wheel machine 15 is equipped on sliding rail 14, Motor 16 is mounted on the inside of pedestal 1, and power rail 17 is equipped on motor 16, and is fixed with master gear on power rail 17 18, chain 19 is installed on master gear 18, and chain 19 is mounted on from gear 26, and is fixed on interlocking lever 27 from gear 26 On, simultaneous linkage bar 27 is mounted on pedestal 1, and delivery roller 20 is fixed on chain 19, is equipped with electric telescopic rod on pedestal 1 21, and 21 upper end of electric telescopic rod is equipped with the first belt sander 22, and the first abrasive band 23 is equipped on the first belt sander 22, electricity Second belt sander 24 is installed on dynamic telescopic rod 21, and the second abrasive band 25 is installed on second belt sander 24.

The shape of 3 longitudinal section of working beam is I-shaped in this example, and working beam 3 and operation block 5 are to be slidably connected, this Design ensure that operation block 5 can be slided effectively on working beam 3, while guarantee that the emery wheel machine 15 in device can be effective It is moved on 3 direction of working beam, the creeper tread of effective 15 lower section of opposite grinding turbine of emery wheel machine 15 is made to carry out sanding operation；

The shape of 8 longitudinal sections of slotting is tilted-putted right-angled trapezium, and slot 8 and cross bar 9 be to be slidably connected, and it is horizontal 9 end of bar is set as arc, and this design ensure that cross bar 9 is effectively slided in fluting 8, while fluting 8 can be effective It drives cross bar 9 to move, runs the structure with fixed function that in device and cross bar 9 connects effectively；

Sliding rail 14 and transverse slat 11 are to be welded to connect, and sliding rail 14 and emery wheel machine 15 are to be slidably connected, and this design ensure that Emery wheel machine 15 can be moved effectively on 14 direction of sliding rail, and the effectively 15 lower section creeper tread of opposite grinding turbine of emery wheel machine 15 is enable Carry out sanding operation；

Master gear 18 forms chain drive structure by chain 19 and from gear 26, and master gear 18 and power rail 17 are welding Connection, this design ensure that master gear 18 can effectively drive from gear 26 and move, and make from the effective driving device of gear 26 Structure with forwarding function is effectively run；

Center line symmetrical setting of the delivery roller 20 about power rail 17, and the upper end of delivery roller 20 is higher than pedestal 1 Upper end, this design ensure that delivery roller 20 can the creeper tread effectively on driving device moved, facilitate device to shoe Band plate carries out transfer operation.

Working principle: there is the structure and electric grinding of polishing function in the emery wheel machine 15 with polishing function in the present apparatus Have the structure of polishing function identical in machine, be existing mature technology, be well known to those skilled in the art, does not do herein in detail Description；

There is the structure of polishing function in the first belt sander 22 and the second belt sander 24 with polishing function in the present apparatus Have the polishing structure of function identical in belt sander, is existing mature technology, is well known to those skilled in the art, This is not described in detail；

It is first emery wheel machine 15, motor 16, the first belt sander 22,24 and of the second belt sander in device when using the device Electric telescopic rod 21 powers on, and the creeper tread polished will be needed to be placed on delivery roller 20, open motor 16,16 band of motor Dynamic power rail 17 moves, and power rail 17 drives master gear 18 to rotate, and master gear 18 is driven from gear 26 by chain 19 and rotated, from Gear 26 drives interlocking lever 27 to rotate, and interlocking lever 27 and power rail 17 are rotated on pedestal 1 by swivel bearing, 27 He of interlocking lever Delivery roller 20 on 17 driving device of power rail rotates, and delivery roller 20 drives the creeper tread fortune being placed on delivery roller 20 It is dynamic, when creeper tread moves to the lower section of emery wheel machine 15, control-rod 13 is pulled, control-rod 13 is turned on transverse slat 11 by shaft Dynamic, shaft drives bull stick 12 to rotate, and bull stick 12 move to the side far from sliding block 10, spring promotion cross bar 9 in sliding block 10 into Row sliding, cross bar 9 are detached from from fluting 8, and the spring of 8 top of fluting pushes movable block 6 to move downward, the lower end surface of movable block 6 It is bonded with the upper surface of working beam 3, pushes transverse slat 11, transverse slat 11 is moved on working beam 3 by operation block 5, while horizontal Plate 11 drives the movable block 6 inside operation block 5 to move, and when card slot 7 and the alignment of fixed block 4, the spring of 4 lower section of fixed block is pushed Fixed block 4 moves upwards, and fixed block 4 and card slot 7 engage, and position of the operation block 5 on working beam 3 is fixed, and opens emery wheel machine 15, Emery wheel machine 15 is pulled, emery wheel machine 15 is moved on the direction of sliding rail 14, and emery wheel machine 15 is on 14 direction of sliding rail effectively to shoe Band plate carries out sanding operation, and the direction opposite to pull direction before pulls control-rod 13, and cross bar 9 squeezes the upper of 8 inner walls of fluting End, fluting 8 move upwards, and movable block 6 moves upwards, and movable block 6 drives card slot 7 to move upwards, and card slot 7 and fixed block 4 are detached from, Transverse slat 11 is continued to press on, repeats aforesaid operations, device carries out sanding operation to 11 lower section creeper tread of transverse slat by emery wheel machine 15, horizontal The iron rust that plate 11 will effectively adhere on creeper tread, bulk foreign matter are cleared up；

Motor 16 is opened, motor 16 drives power rail 17 to move, and power rail 17 drives master gear 18 to rotate, and master gear 18 is logical It crosses chain 19 to drive from the rotation of gear 26, drives interlocking lever 27 to rotate from gear 26, interlocking lever 27 and power rail 17 pass through rotation Bearing rotates on pedestal 1, and the delivery roller 20 on 17 driving device of interlocking lever 27 and power rail rotates, and delivery roller 20 drives It is placed on the creeper tread movement on delivery roller 20 after the polishing of emery wheel machine 15, when creeper tread moves to 23 lower section of the first abrasive band When, the first belt sander 22 is opened, the first belt sander 22 drives the rotation of the first abrasive band 23, opens simultaneously electric telescopic rod 21, electronic Telescopic rod 21 drive the first belt sander 22 move downward, on the first belt sander 22 first abrasive band 23 of high-speed rotation to creeper tread into Row sanding operation, wherein the first abrasive band 23 is coarse sand band, error caused by creeper tread deformation is eliminated in the first abrasive band 23；

Motor 16 continues to rotate, and delivery roller 20 drives creeper tread to move to the lower section of the second belt sander 24, opens second Belt sander 24, the second belt sander 24 drive the movement of the second abrasive band 25, open simultaneously electric telescopic rod 21, and electric telescopic rod 21 drives Second belt sander 24 moves downward, 25 high-speed rotation of the second abrasive band, and the second abrasive band 25 carries out sanding operation to creeper tread again, In the second abrasive band 25 be fine sand band, the second abrasive band 25 to creeper tread carry out polishing grinding.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of production of metal rock wool-steel plywood creeper tread grinding device, including pedestal (1), control-rod (13), emery wheel machine (15), motor (16), electric telescopic rod (21), the first belt sander (22) and the second belt sander (24), it is characterised in that: the bottom It is fixed with support frame (2) on seat (1), and the upper end of support frame (2) is fixed with working beam (3), and the inside peace of working beam (3) Equipped with fixed block (4), it is equipped with operation block (5) on the working beam (3), and the inside of operation block (5) is equipped with movable block (6), and the lower end of movable block (6) offers card slot (7), offers fluting (8) on the movable block (6), and slots in (8) Portion is provided with cross bar (9), and cross bar (9) is mounted on the inside of sliding block (10), and the sliding block (10) is mounted on transverse slat (11) Lower end, and transverse slat (11) is fixed on the upper end of operation block (5), and the lower end of transverse slat (11) is connected with bull stick (12), turns simultaneously Bar (12) is connected with sliding block (10), and the control-rod (13) is mounted on transverse slat (11) upper end, and control-rod (13) and bull stick (12) it is connected, and transverse slat (11) lower end is equipped with sliding rail (14), while emery wheel machine (15) are equipped on sliding rail (14), it is described Motor (16) is mounted on the inside of pedestal (1), and power rail (17) are equipped on motor (16), and fixed on power rail (17) Have master gear (18), is equipped with chain (19) on the master gear (18), and chain (19) is mounted on from gear (26), and It is fixed on interlocking lever (27) from gear (26), simultaneous linkage bar (27) is mounted on pedestal (1), fixed on the chain (19) Have delivery roller (20), be equipped with electric telescopic rod (21) on the pedestal (1), and electric telescopic rod (21) upper end is equipped with One belt sander (22), and the first abrasive band (23) are installed on the first belt sander (22), it is installed on the electric telescopic rod (21) Have the second belt sander (24), and the second abrasive band (25) are installed on the second belt sander (24).

2. a kind of metal rock wool-steel plywood production creeper tread grinding device according to claim 1, it is characterised in that: institute The shape for stating working beam (3) longitudinal section is I-shaped, and working beam (3) and operation block (5) are to be slidably connected.

3. a kind of metal rock wool-steel plywood production creeper tread grinding device according to claim 1, it is characterised in that: institute The shape for stating fluting (8) longitudinal section is tilted-putted right-angled trapezium, and slot (8) and cross bar (9) are to be slidably connected, and cross Bar (9) end is set as arc.

4. a kind of metal rock wool-steel plywood production creeper tread grinding device according to claim 1, it is characterised in that: institute Sliding rail (14) and transverse slat (11) are stated to be welded to connect, and sliding rail (14) and emery wheel machine (15) are to be slidably connected.

5. a kind of metal rock wool-steel plywood production creeper tread grinding device according to claim 1, it is characterised in that: institute It states master gear (18) and forms chain drive structure by chain (19) and from gear (26), and master gear (18) and power rail (17) are It is welded to connect.

6. a kind of metal rock wool-steel plywood production creeper tread grinding device according to claim 1, it is characterised in that: institute Center line symmetrical setting of the delivery roller (20) about power rail (17) is stated, and the upper end of delivery roller (20) is higher than pedestal (1) Upper end.