CN209110316U

CN209110316U - Plate beveling machine

Info

Publication number: CN209110316U
Application number: CN201821788039.4U
Authority: CN
Inventors: 严佳松
Original assignee: Shanghai Gangjie Mechanical And Electrical Co Ltd
Current assignee: Shanghai Gangjie Mechanical And Electrical Co Ltd
Priority date: 2018-11-01
Filing date: 2018-11-01
Publication date: 2019-07-16
Anticipated expiration: 2028-11-01

Abstract

The utility model discloses a kind of plate beveling machines comprising frame body, beveling machine ontology, vertical-lift mechanism overturn regulating mechanism and tilt adjustment mechanism；Vertical-lift mechanism includes rack gear, worm gear, worm screw, rotating mechanism, cover board and elevator；Rack gear is extended in the vertical direction, is fixed on frame body；Cover board is equipped with opening towards rack gear side；Worm gear is installed in cover board and is engaged with rack；Worm screw one end is protruded into cover board and is engaged with worm gear, the other end is located on the outside of cover board and connecting steering mechanism, and rotating mechanism is for driving worm screw to rotate；Elevator is fixed as one with cover board, beveling machine ontology is connect with elevator, moves synchronously with elevator.The utility model is able to ascend the lift adjustment height of beveling machine, realizes the axial-rotation and groove face Inclination maneuver to beveling machine during the work time, and the separation of beveling machine and frame body is realized according to field ground situation.

Description

Plate beveling machine

Technical field

The utility model belongs to machining equipment technical field, relates in particular to a kind of plate beveling machine.

Background technique

Beveling machine be a kind of pair of pipeline or plate before welding end face carry out chamfering groove specific purpose tool, be equivalent to flame The operating procedures such as cutting, sanding machine grinding, it is with easy to operate, angular standard, the smooth advantage in surface.Existing plate slope Mouth machine, its elevating mechanism use the structure such as application number CN201120414382.4: it includes hydraulic cylinder and the bracket in X-type； X-type bracket is jacked up by hydraulic cylinder, the vertical height to adjust beveling machine ontology.This structure the problem is that: X-type branch The length of frame directly determines beveling machine, causes the rising height of beveling machine limited.In addition, existing plate beveling machine there is also Problems: existing plate beveling machine be not possible to realize to the head of beveling machine the adjustment of horizontal gradient also can not be by turning over Turn beveling machine to complete to cutting while two sides above and below steel plate.In addition, when in workshop there are when melt pit, existing plate beveling machine Its frame body, which is easy to be trapped in melt pit, causes mobile difficulty.Therefore a kind of novel plate beveling machine how is developed, can be directed to Above-mentioned each problem is solved, and is the direction that those skilled in the art need to study.

Utility model content

The purpose of the utility model is to provide a kind of plate beveling machine, be able to ascend beveling machine lift adjustment height, Realized in the course of work to the adjustment of the axial-rotation of beveling machine and groove face Inclination maneuver, realize according to field condition beveling machine with The flexible separation of frame body.

The technical scheme adopted is as follows:

A kind of plate beveling machine comprising frame body, beveling machine ontology and vertical-lift mechanism；Vertical-lift mechanism packet Include rack gear, worm gear, worm screw, rotating mechanism, cover board and elevator；The rack gear is extended in the vertical direction, is fixed on frame body；Institute It states cover board and is equipped with opening towards rack gear side；The worm gear is installed in cover board and is engaged with rack；Described worm screw one end is protruded into Cover board is interior and engages with worm gear, the other end is located on the outside of cover board and connecting steering mechanism, and the rotating mechanism is for driving worm screw Rotation；The elevator is fixed as one with cover board, the beveling machine ontology is connect with elevator, moves synchronously with elevator.

By using this technical solution: driving worm screw rotation with rotating mechanism, worm screw drives turbine rotation, turbine engagement Cover board, elevator and beveling machine ontology are driven on rack gear, under the reaction force of rack gear, are run along rack gear extending direction. Compared to the prior art using hydraulic cylinder and X-type supporting structure, the development length of rack gear determines the moving height of beveling machine, Therefore beveling machine can be adjusted to higher level height.

Preferably, in above-mentioned plate beveling machine, the rotating mechanism uses rocking bar.

By using this technical solution: why by rocking bar preferably, be because relative to use motor, horse Up to etc. automation equipments realize that the driving that rotates to worm screw, the self weight of rocking bar are smaller.And rotating mechanism itself can in this programme It vertically moves up and down with the rotation of turbine is synchronous with beveling machine ontology, therefore can be in work using the rocking bar of smaller self weight The load wear of turbine and worm is reduced in work, is conducive to extend the service life of equipment.

Preferably, in above-mentioned plate beveling machine: further including overturning regulating mechanism, the overturning regulating mechanism includes rotation Disk component, bracket and set lever；The rotary disk assembly includes circular bottom plate and turntable, and the turntable is movably installed in circle Plate outer side；The circular bottom plate is fixed as one with elevator；The turntable is fixed as one with bracket；The beveling machine sheet Body connecting bracket；The set lever connects rotary disk assembly, for realizing locking/release between circular bottom plate and turntable.

By using this technical solution: when needing the head to beveling machine to rotate, can be incited somebody to action by set lever Bottom plate and turntable unclamp, and along circular bottom plate edge rotation turntable, make the bracket and beveling machine that are fixed as one with turntable Ontology synchronously rotates；And after completing the overturning adjustment of beveling machine head, equally by set lever by bottom plate and turntable into Row locking.To realize the processing simultaneously to the upper and lower surface of steel plate, greatly improve and set by the rotation to beveling machine head Standby processing efficiency.

It is further preferred that in above-mentioned plate beveling machine: the overturning regulating mechanism further includes directive wheel；The directive wheel connects It is connected to circular bottom plate two sides；The frame body is equipped with sliding slot, and the directive wheel inlay card is in sliding slot.

By using this technical solution: while the work of vertical-lift mechanism, the synchronous movement in sliding slot of directive wheel, Play the role of stabilizing equipment to vertically move.

It may further be preferable that in above-mentioned plate beveling machine: it further include tilt adjustment mechanism, the tilt adjustment mechanism packet Include rectangular tube cantilever, guide wheel mounting plate, retaining mechanism and guide wheel；The rectangular tube cantilever is fixed on bracket；The guide wheel peace Loading board one end is protruded into rectangular tube cantilever, other end connection guide wheel, the guide wheel connect beveling machine ontology；And the guide wheel installation Plate is flexibly connected with rectangular tube cantilever；The retaining mechanism for realizing the locking between guide wheel mounting plate and rectangular tube cantilever/ It unclamps.

By using this technical solution: for ground injustice in workshop cause steel plate face not exclusively horizontal situation, It the head oblique angle of beveling machine is adjusted accordingly, gives the oblique angle of ground and workpiece not usually for the oblique angle of steel plate face and mends It repays: unclamping that retaining mechanism, to enable one end of guide wheel mounting plate slightly be rocked to gradient in rectangular tube cantilever consistent with steel plate；Then It holds out against retaining mechanism, determine the head gradient of beveling machine.The head oblique angle and the steel plate horizontal plane for processing for realizing beveling machine Oblique angle is consistent.

It is even furthermore preferable that in above-mentioned plate beveling machine: being detachably to tie between the guide wheel and beveling machine ontology Structure.

By using this technical solution: when in the melt pit that this equipment falls into workshop in moving process, can be by that will lead Wheel and beveling machine ontology dismantle the disengaging of realization beveling machine ontology and frame body, by beveling machine ontology are clamped in surface of steel plate simultaneously Mode, by moving steel plate beveling machine ontology is taken away；To substantially alleviate the self weight of frame body, it is convenient for frame body from melt pit It removes.Guide wheel is then reinstalled into the connection that guide wheel mounting plate realizes beveling machine ontology and frame body again.

It is even furthermore preferable that in above-mentioned plate beveling machine: being equipped with traveling wheel on the downside of the frame body.

By using this technical solution: realizing that walking of the plate groove machine equipment in workshop is mobile with traveling wheel.

Compared with prior art, the utility model structure is simple, is easily achieved, and the lift adjustment for being able to ascend beveling machine is high Degree is realized during the work time to the axial-rotation adjustment of beveling machine and groove face Inclination maneuver, and is realized according to field condition Beveling machine is flexibly separated with frame body.

Detailed description of the invention

The utility model is described in further detail with specific embodiment with reference to the accompanying drawing:

Fig. 1 is the schematic view of the front view of embodiment 1；

Fig. 2 is the left view structural representation of embodiment 1；

Fig. 3 is the structural schematic diagram of Tu1Zhong vertical-lift mechanism；

Fig. 4 is the schematic diagram of internal structure of Fig. 2 cover plate, rack gear is omitted in this figure；

Fig. 5 is the structural schematic diagram that regulating mechanism is overturn in Fig. 1；

Fig. 6 is the structural schematic diagram of rotary disk assembly in Fig. 4, and set lever is omitted in detail in this figure；

Fig. 7 is the attachment structure schematic diagram that regulating mechanism and tilt adjustment mechanism are overturn in Fig. 1；

Each appended drawing reference and component names corresponding relationship are as follows:

1, frame body；2, beveling machine ontology；3, vertical-lift mechanism；4, regulating mechanism is overturn；5, tilt adjustment mechanism；6, row Walk wheel；11, sliding slot；31, rack gear；32, worm gear；33, worm screw；34, rotating mechanism；35, cover board；36, elevator；41, rotating disk Component；42, bracket；43, set lever；44, directive wheel；411, circular bottom plate；412, turntable；51, rectangular tube cantilever；52, it leads Take turns mounting plate；53, retaining mechanism；54, guide wheel；

Specific embodiment

In order to illustrate more clearly of the technical solution of the utility model, further retouched below in conjunction with each embodiment It states.

It is as shown in figs. 1-7 embodiment 1, its technical solution is as follows:

A kind of plate beveling machine, including frame body 1, beveling machine ontology 2, vertical-lift mechanism 3 overturn regulating mechanism 4, gradient Regulating mechanism 5.

Wherein, traveling wheel 6 is equipped on the downside of the frame body 1.The vertical-lift mechanism 3 includes rack gear 31, worm gear 32, worm screw 33, rotating mechanism 34, cover board 35 and elevator 36；The rack gear 31 is extended in the vertical direction, is fixed on frame body 1；The lid Plate 35 is equipped with opening towards 31 side of rack gear；The worm gear 33 is installed in cover board 35 and engages with rack gear 31；The worm screw 33 One end is protruded into cover board 35 and is engaged with worm gear 32, the other end is located at 35 outside of cover board and connecting steering mechanism 34, the rotation Mechanism 34 uses rocking bar, for driving worm screw 33 to rotate；The elevator 36 is fixed as one with cover board 35, the beveling machine sheet Body 2 connect with elevator 36, moves synchronously with elevator 36.

And the overturning regulating mechanism 4 includes rotary disk assembly 41, bracket 42, set lever 43 and directive wheel 44.It is described Rotary disk assembly 41 includes circular bottom plate 411 and turntable 412, and the turntable 412 is movably installed in 411 outside of circular bottom plate；Institute Circular bottom plate 411 is stated to be fixed as one with elevator 36；The turntable 412 is fixed as one with bracket 42；The beveling machine sheet 2 connecting bracket 42 of body；The set lever 43 connects rotary disk assembly 41, for realizing the lock between bottom plate 411 and turntable 412 Gu/unclamp.The directive wheel 44 is connected to 411 two sides of circular bottom plate；The frame body 1 is equipped with sliding slot 11, the directive wheel 44 Inlay card is in sliding slot 11.

The tilt adjustment mechanism 5 includes rectangular tube cantilever 51, guide wheel mounting plate 52, retaining mechanism 53 and guide wheel 54；Institute Rectangular tube cantilever 51 is stated to be fixed on bracket 42；Described 52 one end of guide wheel mounting plate is protruded into rectangular tube cantilever 51, the other end connects It connects between guide wheel 54, the guide wheel 54 and beveling machine ontology 2 for detachable structure, for realizing tilt adjustment mechanism 5 and groove The connection of machine ontology 2；And the guide wheel mounting plate 52 is flexibly connected with rectangular tube cantilever 51；The retaining mechanism 53 for realizing Locking/release between guide wheel mounting plate 52 and rectangular tube cantilever 51.

In practice, the course of work is as follows:

When needing to go up and down beveling machine ontology 2, worm screw 33 is driven to rotate with rotating mechanism 34, worm screw 33 drives 32 turns of turbine Dynamic, turbine 32 is engaged on fixed rack gear 31, drives cover board 35, elevator 36 and groove under the reaction force of rack gear 31 Machine ontology 2 is run along 31 extending direction of rack gear.It, can be by locking hand when needing the head to beveling machine ontology 2 to rotate Handle 43 unclamps circular bottom plate 411 and turntable 412, along the edge rotation turntable 412 of circular bottom plate 411, makes and turntable 412 The bracket 42 and beveling machine ontology 2 being fixed as one synchronously rotate；And after completing the head overturning of beveling machine ontology 2, Equally circular bottom plate 411 and turntable 412 are locked by set lever 43.When need the oblique angle for steel plate face to slope When the head oblique angle of mouth machine is adjusted: unclamping retaining mechanism 53, enable one end of guide wheel mounting plate 52 in rectangular tube cantilever 51 It is consistent with steel plate to be slightly rocked to its gradient；It then holds out against retaining mechanism 53, determine the head gradient of beveling machine ontology 2.When This equipment falls into the melt pit of workshop in moving process, can dismantle guide wheel 54 and beveling machine ontology 2 and realize beveling machine ontology 2 Disengaging with frame body 1, simultaneously in such a way that beveling machine ontology 2 is clamped in surface of steel plate, by mobile steel plate by beveling machine sheet Body 2 takes away；To substantially alleviate the whole self weight of equipment, frame body 1 is removed from melt pit convenient for staff.Then again will Guide wheel 54 reinstalls guide wheel mounting plate 52 and realizes being connected as one for beveling machine ontology 2 and frame body 1.

The above, only specific embodiment of the utility model, but the protection scope of the utility model is not limited to This, any those skilled in the art is in technical scope disclosed by the utility model, the variation that can readily occur in Or replacement, it should be covered within the scope of the utility model.The protection scope of the utility model is with claims Subject to protection scope.

Claims

1. a kind of plate beveling machine comprising frame body (1) and beveling machine ontology (2)；

It is characterized by also including vertical-lift mechanism (3)；The vertical-lift mechanism (3) includes rack gear (31), worm gear (32), worm screw (33), rotating mechanism (34), cover board (35) and elevator (36)；The rack gear (31) extends in the vertical direction, is solid Due on frame body (1)；The cover board (35) is equipped with opening towards rack gear (31) side；The worm gear (32) is installed on cover board (35) It is interior and engaged with rack gear (31)；Described worm screw (33) one end is protruded into cover board (35) and is engaged with worm gear (32), the other end is located at On the outside of cover board (35) and connecting steering mechanism (34), the rotating mechanism (34) are used to that worm screw (33) to be driven to rotate；The lifting Block (36) is fixed as one with cover board (35), the beveling machine ontology (2) is connect with elevator (36), synchronous with elevator (36) Movement.

2. plate beveling machine as described in claim 1, it is characterised in that: the rotating mechanism (34) uses rocking bar.

3. plate beveling machine as claimed in claim 2, it is characterised in that: further include overturning regulating mechanism (4), the overturning is adjusted Mechanism (4) includes rotary disk assembly (41), bracket (42) and set lever (43)；The rotary disk assembly (41) includes circular base Plate (411) and turntable (412), the turntable (412) are movably installed on the outside of circular bottom plate (411)；The circular bottom plate (411) It is fixed as one with elevator (36)；The turntable (412) is fixed as one with bracket (42)；The beveling machine ontology (2) is even Connect bracket (42)；The set lever (43) connects rotary disk assembly (41), for realizing circular bottom plate (411) and turntable (412) locking/release between.

4. plate beveling machine as claimed in claim 3, it is characterised in that: the overturning regulating mechanism (4) further includes directive wheel (44)；The directive wheel (44) is connected to circular bottom plate (411) two sides；The frame body (1) is equipped with sliding slot (11), the guiding (44) inlay card is taken turns in sliding slot (11).

5. plate beveling machine as described in claim 3 or 4, it is characterised in that: further include tilt adjustment mechanism (5), the gradient Regulating mechanism (5) includes rectangular tube cantilever (51), guide wheel mounting plate (52), retaining mechanism (53) and guide wheel (54)；

The rectangular tube cantilever (51) is fixed on bracket (42)；Rectangular tube cantilever is protruded into described guide wheel mounting plate (52) one end (51) in, the other end connects guide wheel (54), the guide wheel (54) connects beveling machine ontology (2)；And the guide wheel mounting plate (52) It is flexibly connected with rectangular tube cantilever (51)；The retaining mechanism (53) is for realizing guide wheel mounting plate (52) and rectangular tube cantilever (51) locking/release between.

6. plate beveling machine as claimed in claim 5, it is characterised in that: be between the guide wheel (54) and beveling machine ontology (2) Detachable structure.

7. plate beveling machine as described in claim 1, it is characterised in that: be equipped with traveling wheel (6) on the downside of the frame body (1).