CN208277208U - Flush fragment cutter device - Google Patents

Abstract

The utility model relates to a kind of flush fragment cutter device, belong to that the rectangular slab of stone is flush and allocation methods field.Including upper beam, upper beam top is equipped with flush cutter device and fragment cutter device, and flush cutter device connects upper beam by flush crossbeam, and fragment cutter device connects upper beam by fragment crossbeam, and flush crossbeam and fragment crossbeam are equipped with transmission device between upper beam respectively；Upper beam bottom is equipped with conveying device.The utility model high production efficiency, positioning accuracy is high, and machining accuracy is high, and rectangular slab of stone precision is high after cutting.

Description

Flush fragment cutter device

Technical field

The utility model relates to a kind of flush fragment cutter device, belong to that the rectangular slab of stone is flush and allocation methods field.

Background technique

The rectangular slab of stone usually first carries out flush, needs flush positioning, then flush cutting carries out fragment after the completion, fragment is fixed Position, fragment cutting, the rectangular slab of stone satisfies the use demand after the completion of processing.Flush treated with fragment that rectangular slab of stone precision is low, process time It is long.

Utility model content

The purpose of the utility model is to provide a kind of flush fragment cutter device, high production efficiency, positioning accuracy is high, processing Precision is high, and rectangular slab of stone precision is high after cutting.

Flush fragment cutter device described in the utility model, including upper beam, upper beam top be equipped with flush cutter device and Fragment cutter device, flush cutter device connect upper beam by flush crossbeam, and fragment cutter device passes through in the connection of fragment crossbeam Beam, flush crossbeam and fragment crossbeam are equipped with transmission device between upper beam respectively；Upper beam bottom is equipped with conveying device.

Conveying device conveying needs the rectangular slab of stone processed, the rectangular slab of stone on earth at flush cutter device position when, flush cutter device Flush processing is carried out to the rectangular slab of stone, after the completion, the conveying device conveying rectangular slab of stone moves on, and on earth at fragment cutter device, fragment is cut It cuts device and carries out partition machining.

Flush cutter device and fragment cutter device use same upper beam, do not need to relocate, and are filled using same conveying It sets, improves positioning accuracy, disposably complete flush cutting and fragment cutting, improve production efficiency, improve machining accuracy, Improve rectangular slab of stone precision after cutting.

It is further preferred that transmission device includes the sliding sleeve for surrounding upper beam setting, it is equipped with slide plate in sliding sleeve, slide plate is equipped with Gear, gear connect driving device, corresponding gear, and upper beam top is equipped with rack gear, and sliding sleeve connects flush crossbeam or fragment crossbeam.Together Head cutter device and fragment cutter device use the gear drive mode of upper beam, and moving distance is controllable, and mobile accuracy improves, processing Precision improves.

It is further preferred that being equipped with walking axle through slide plate, walking axle is equipped with gear, and walking axle can be directly connected to drive Dynamic device, walking axle can also connect driving device by chain.

It is further preferred that being equipped with guiding device between slide plate and upper beam.

It is further preferred that guiding device includes the straight line rail on upper beam, straight line rail is equipped with matched cunning Block, sliding block are fixedly connected with slide plate.Ensure that flush cutter device and fragment cutter device moving direction are accurate, it is ensured that processing essence Degree.

It is further preferred that flush cutter device includes traverse gear, traverse gear includes around flush cross The lateral sliding sleeve of beam setting, lateral sliding sleeve is interior to be equipped with cross slide, and cross slide bottom is equipped with transverse gear, corresponding transverse teeth Wheel, flush crossbeam are equipped with horizontal tooth bar.Flush cutter device can meet a variety of processing and want along flush crossbeam transverse shifting It asks.

It is further preferred that being equipped with laterally steering structure between cross slide and flush crossbeam, laterally steering structure includes Cross slide way on flush crossbeam, cross slide way are equipped with matched transverse slider, transverse slider and lateral sliding sleeve It is fixedly connected.Ensure that flush cutter device transverse shifting direction is accurate, it is ensured that machining accuracy.

It is further preferred that flush cutter device further includes flush lifting device, flush lifting device includes being set to laterally The flush vertical slide plate of sliding sleeve side, flush vertical slide plate upper end are equipped with flush connecting plate, are equipped with flush lead screw through flush connecting plate, Flush lead screw first end connects flush lifting drive by intermeshing flush bevel gear set, and flush lead screw second end connects Lateral sliding sleeve is connect, flush vertical slide plate lower end connects flush saw blade by flush main shaft, and flush main shaft connects flush master by chain Driving device.The flush relatively transverse sliding sleeve of vertical slide plate can be with oscilaltion.

It is further preferred that fragment cutter device further includes fragment lifting device, fragment lifting device, which includes that fragment is vertical, to be slided Plate, fragment found slide plate and are set to fragment crossbeam side, and fragment stands slide plate upper end and is equipped with fragment connecting plate, is equipped with through fragment connecting plate Fragment lead screw, fragment lead screw first end connect fragment lifting drive, fragment silk by intermeshing fragment bevel gear set Thick stick second end connects fragment and founds slide plate, and fragment founds slide plate and connects fragment crossbeam, and fragment crossbeam lower end passes through the connection point of fragment main shaft Piece saw blade, fragment main shaft connect fragment main drive by chain.

It is further preferred that conveying device includes the fixation mine car set on upper beam bottom, fixed mine car both ends are equipped with conveying Sprocket wheel is equipped with conveyor chain between transportation sprocket, and conveying flat tube is fixed on conveyor chain, and conveying flat tube is equipped with rubber Plate.The rectangular slab of stone processed required for flush cutter device and fragment cutter device is all made of same conveying device and is conveyed, and is not required to It relocates, sequentially completely flush cutting and fragment cutting, improve production efficiency, improve machining accuracy.

Compared with prior art, the utility model has the beneficial effects that

1, the utility model is by being arranged flush cutter device and fragment cutter device on same upper beam, and uses Same conveying device feeding, avoids error caused by resetting, decreases the time of resetting consuming, sequentially completes Flush cutting and fragment cutting, substantially increase production efficiency, improve machining accuracy, improve rectangular slab of stone precision；

2, the gear drive mode of upper beam is used by flush cutter device and fragment cutter device, moving distance is controllable, Mobile accuracy improves, and machining accuracy improves；

3, by the way that flush lifting device is arranged, realizing flush cutter device realizes lifting moving, it is ensured that flush processing Precision；By the way that fragment lifting device is arranged, realizing fragment cutter device realizes lifting moving, it is ensured that partition machining precision.

Detailed description of the invention

Fig. 1 is the schematic perspective view of an embodiment of the utility model,

Fig. 2 is the schematic view of the front view of an embodiment of the utility model,

Fig. 3 is the overlooking structure diagram of an embodiment of the utility model,

Fig. 4 is the left view structural representation of an embodiment of the utility model,

Fig. 5 is enlarged structure schematic diagram at A in Fig. 2.

In figure: 1, upper beam 4, flush driving speed reducer 5, flush vertical slide plate 6, flush connecting plate 7, first bevel gear 8, second bevel gear 9, flush main motor 10, lifting sprocket 11, bearing block 12, transmission shaft 14, fragment main motor 15, point Piece driving speed reducer 16, fragment saw blade 18, pedestal 19, fixed mine car 20, flush spindle box 21, power distribution cabinet 22, rubber Plate 23, transportation sprocket 24, conveying flat tube 25, straight line rail 26, rack gear 27, walking axle 28, flush crossbeam 29, flush cunning Cover 30, fragment sliding sleeve 31, fragment lifting decelerator 32, fragment main motor belt pulley 35, flush saw blade 36, fragment main shaft Case 37, fragment belt pulley 38, flush lead screw 39, fragment crossbeam 40, flush lifting motor.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, to the technical scheme in the embodiment of the utility model make into One step, which understands, to be described in detail:

As shown in fig. 1~fig. 5, flush fragment cutter device described in the utility model, including upper beam 1,1 top of upper beam are set There are flush cutter device and fragment cutter device, flush cutter device connects upper beam 1, fragment cutter device by flush crossbeam 28 Upper beam 1 is connected by fragment crossbeam 39, flush crossbeam 28 and fragment crossbeam 39 are equipped with transmission device between upper beam 1 respectively；On 1 bottom of beam is equipped with conveying device.1 bottom of upper beam is equipped with pedestal 18 and is used to support.It further include power distribution cabinet 21, for providing power supply.

Transmission device includes the sliding sleeve for surrounding the setting of upper beam 1, and slide plate is equipped in sliding sleeve, and slide plate is equipped with gear, and gear connects Connect driving device, corresponding gear is equipped with rack gear 26 at the top of upper beam 1, and sliding sleeve connects flush crossbeam 28 or fragment crossbeam 39.Through cunning Plate is equipped with walking axle 27, and walking axle 27 is equipped with gear, and walking axle 27 connects driving device.Normally, walking axle 27 can be straight Driving device is connect in succession, and walking axle 27 can also connect driving device by chain.Driving device can be driving motor.

Guiding device is equipped between slide plate and upper beam 1.Guiding device includes the straight line rail 25 on upper beam 1, straight line rail 25 are equipped with matched sliding block, and sliding block is fixedly connected with slide plate.

In transmission device between flush crossbeam 28 and upper beam 1, sliding sleeve is flush sliding sleeve 29, and driving device is flush walking Driving device, flush travel driving unit can be flush driving speed reducer 4.

In transmission device between fragment crossbeam 39 and upper beam 1, sliding sleeve is fragment sliding sleeve 30, and driving device is fragment walking Driving device, fragment travel driving unit can be fragment driving speed reducer 15.

Flush cutter device includes traverse gear, and traverse gear includes the transverse direction around the setting of flush crossbeam 28 Sliding sleeve, lateral sliding sleeve is interior to be equipped with cross slide, and cross slide bottom is equipped with transverse gear, corresponding transverse gear, flush crossbeam 28 It is equipped with horizontal tooth bar.Laterally steering structure is equipped between cross slide and flush crossbeam 28, laterally steering structure includes being set to Cross slide way on flush crossbeam 28, cross slide way are equipped with matched transverse slider, and transverse slider and lateral sliding sleeve are solid Fixed connection.Transverse transmission structure is similar with drive mechanism.

Flush cutter device further includes flush lifting device, and flush lifting device includes set on the flush of lateral sliding sleeve side Vertical slide plate 5, flush vertical 5 upper end of slide plate are equipped with flush connecting plate 6, are equipped with flush lead screw 38, flush lead screw through flush connecting plate 6 38 first ends connect flush lifting drive by intermeshing flush bevel gear set, and flush 38 second end of lead screw connection is horizontal To sliding sleeve, flush vertical 5 lower end of slide plate connects flush saw blade 35 by flush main shaft, and flush main shaft connects flush main drive by chain Dynamic device.Flush main drive can be flush main motor 9.Flush bevel gear set includes first bevel gear 7 and the second cone tooth Wheel 8, flush 38 first end of lead screw connect first bevel gear 7, and first bevel gear 7 and second bevel gear 8 are mediated, second bevel gear 8 Flush lifting drive is connected, flush lifting drive can be flush lifting motor 40.It can be connected with second bevel gear 8 Transmission shaft 12 is connect, transmission shaft 12 is set in bearing block 11, and transmission shaft 12 is equipped with lifting sprocket 10, and flush lifting motor 40 is equipped with Active lifting sprocket wheel is connected between active lifting sprocket wheel and lifting sprocket 10 by chain.Flush main shaft is set to flush spindle box In 20, flush spindle box 20 connects flush vertical slide plate 5.Flush saw blade can be risen up and down with flush vertical slide plate 5 with relatively transverse sliding sleeve Drop, lateral sliding sleeve can drive flush vertical slide plate transverse shifting, and flush crossbeam can drive lateral sliding sleeve and flush 5 edge of vertical slide plate Upper beam moves horizontally.Flush saw blade can be moved horizontally along upper beam, can also be along flush crossbeam transverse shifting, can also be relatively horizontal To sliding sleeve oscilaltion.

Fragment cutter device further includes fragment lifting device, and fragment lifting device includes that fragment founds slide plate, and fragment founds slide plate Set on 39 side of fragment crossbeam, fragment stands slide plate upper end and is equipped with fragment connecting plate, is equipped with fragment lead screw through fragment connecting plate, point Piece lead screw first end connects fragment lifting drive, the connection of fragment lead screw second end by intermeshing fragment bevel gear set Fragment founds slide plate, and fragment founds slide plate and connects fragment crossbeam, and fragment crossbeam lower end connects fragment saw blade 16, fragment by fragment main shaft Main shaft connects fragment main drive by chain.Fragment main drive can be fragment main motor 14.Fragment lifting driving Device can be fragment lifting decelerator 31.Fragment main motor 14 is equipped with fragment main motor belt pulley 32, sets on fragment main shaft There is fragment belt pulley 37, is connected between fragment main motor belt pulley 32 and fragment belt pulley 37 by belt.Fragment main shaft is set to In fragment spindle box 36, fragment spindle box connects fragment and founds slide plate.Fragment lifting device is similar with flush lifting device structure.Point Piece founds slide plate and drives the oscilaltion of fragment crossbeam, and multiple groups slicing saw piece, while fragment, production efficiency can be equipped on fragment crossbeam It is higher.Fragment bevel gear set is identical with flush bevel gear set structure.

Conveying device includes the fixation mine car 19 set on 1 bottom of upper beam, and fixed 19 both ends of mine car are equipped with transportation sprocket 23, defeated It send and is equipped with conveyor chain between sprocket wheel 23, conveying flat tube 24 is fixed on conveyor chain, conveying flat tube 24 is equipped with rubber slab 22。

The course of work or working principle:

The rectangular slab of stone is placed on rubber slab 22, and transportation sprocket 23 connects feed drive device, and feed drive device can be defeated Power transmission machine, feeder motor drive transportation sprocket 23, drive rubber slab 22 mobile, and conveying rectangular slab of stone Forward, flush cutter device is along upper Beam 1 is moved to suitable position, and traverse gear drives flush cutter device to be moved to suitable position along flush crossbeam 28, flush Lifting device is elevated to suitable position in vertical direction, and flush cutter device carries out flush cutting, flush cutting dress to the rectangular slab of stone It sets and is needed to carry out transverse shifting or lifting moving according to cutting, or carry out transverse shifting or lifting moving simultaneously, after the completion of cutting, Feeder motor driving transportation sprocket 23 drives the rectangular slab of stone to continue to move forward, and fragment cutter device is moved to suitable position, fragment along upper beam 1 Lifting device is elevated to suitable position in vertical direction, and fragment cutter device carries out fragment cutting, fragment cutting dress to the rectangular slab of stone It sets and is needed according to cutting and you think that lifting moving, conveying device drives rectangular slab of stone Forward, completes fragment cutting.

Flush cutter device and fragment cutter device use same upper beam 1, do not need to relocate, and are filled using same conveying It sets, improves positioning accuracy, disposably complete flush cutting and fragment cutting, improve production efficiency, improve machining accuracy, Improve rectangular slab of stone precision after cutting.

To the description in the direction of structure and relative positional relationship in the utility model, such as all around above and below description, Limitations of the present invention are not constituted, only for convenience of description.

Claims (10)

1. a kind of flush fragment cutter device, which is characterized in that including upper beam (1), upper beam (1) top is equipped with flush cutter device With fragment rectangular slab of stone cutter device, for flush cutter device by flush crossbeam (28) connection upper beam (1), fragment rectangular slab of stone cutter device is logical Fragment crossbeam (39) connection upper beam (1) is crossed, flush crossbeam (28) and fragment crossbeam (39) are equipped with transmission between upper beam (1) respectively Device；Upper beam (1) bottom is equipped with conveying device.

2. flush fragment cutter device according to claim 1, which is characterized in that transmission device includes around upper beam (1) The sliding sleeve of setting, sliding sleeve is interior to be equipped with slide plate, and slide plate is equipped with gear, and gear connects driving device, corresponding gear, upper beam (1) top Portion is equipped with rack gear (26), and sliding sleeve connects flush crossbeam (28) or fragment crossbeam (39).

3. flush fragment cutter device according to claim 2, which is characterized in that walking axle (27) are equipped with through slide plate, Walking axle (27) is equipped with gear, and walking axle (27) connects driving device.

4. flush fragment cutter device according to claim 1-3, which is characterized in that slide plate and upper beam (1) it Between be equipped with guiding device.

5. flush fragment cutter device according to claim 4, which is characterized in that guiding device includes being set to upper beam (1) On straight line rail (25), straight line rail (25) is equipped with matched sliding block, and sliding block is fixedly connected with slide plate.

6. flush fragment cutter device according to claim 1, which is characterized in that flush cutter device includes laterally transmission Device, traverse gear include the lateral sliding sleeve around flush crossbeam (28) setting, and cross slide is equipped in lateral sliding sleeve, horizontal It is equipped with transverse gear, corresponding transverse gear to slide plate bottom, flush crossbeam (28) is equipped with horizontal tooth bar.

7. flush fragment cutter device according to claim 6, which is characterized in that cross slide and flush crossbeam (28) it Between be equipped with laterally steering structure, laterally steering structure includes the cross slide way being set on flush crossbeam (28), is set on cross slide way There is matched transverse slider, transverse slider is fixedly connected with lateral sliding sleeve.

8. flush fragment cutter device according to claim 6 or 7, which is characterized in that flush cutter device further includes neat Head lifting device, flush lifting device include the flush vertical slide plate (5) set on lateral sliding sleeve side, flush vertical slide plate (5) upper end Equipped with flush connecting plate (6), flush lead screw (38) are equipped with through flush connecting plate (6), flush lead screw (38) first end passes through phase The flush bevel gear set mutually engaged connects flush lifting drive, and flush lead screw (38) second end connects lateral sliding sleeve, flush Vertical slide plate (5) lower end connects flush saw blade (35) by flush main shaft, and flush main shaft connects flush main drive by chain.

9. flush fragment cutter device according to claim 1, which is characterized in that fragment rectangular slab of stone cutter device further includes point Piece lifting device, fragment lifting device include that fragment founds slide plate, and fragment founds slide plate and is set to fragment crossbeam (39) side, and fragment is vertical to be slided Plate upper end is equipped with fragment connecting plate, is equipped with fragment lead screw through fragment connecting plate, fragment lead screw first end passes through intermeshing Fragment bevel gear set connects fragment lifting drive, and fragment lead screw second end connects fragment and founds slide plate, and fragment stands slide plate connection Fragment crossbeam, fragment crossbeam lower end connect fragment master by chain by fragment main shaft connection fragment saw blade (16), fragment main shaft Driving device.

10. flush fragment cutter device according to claim 1, which is characterized in that conveying device includes being set to upper beam (1) The fixation mine car (19) of bottom, fixed mine car (19) both ends are equipped with transportation sprocket (23), conveying are equipped between transportation sprocket (23) Chain, conveying flat tube (24) is fixed on conveyor chain, and conveying flat tube (24) is equipped with rubber slab (22).