CN202344695U - Multifunctional multi-end cylindrical profiling machine - Google Patents

Multifunctional multi-end cylindrical profiling machine Download PDF

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Publication number
CN202344695U
CN202344695U CN2011204505331U CN201120450533U CN202344695U CN 202344695 U CN202344695 U CN 202344695U CN 2011204505331 U CN2011204505331 U CN 2011204505331U CN 201120450533 U CN201120450533 U CN 201120450533U CN 202344695 U CN202344695 U CN 202344695U
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CN
China
Prior art keywords
crossbeam
workpiece
frame
cylindricality
gear
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Expired - Fee Related
Application number
CN2011204505331U
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Chinese (zh)
Inventor
庄吉祥
庄奕欣
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庄吉祥
庄奕欣
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Priority to CN201120438575 priority Critical
Priority to CN201120438575.3 priority
Application filed by 庄吉祥, 庄奕欣 filed Critical 庄吉祥
Priority to CN2011204505331U priority patent/CN202344695U/en
Application granted granted Critical
Publication of CN202344695U publication Critical patent/CN202344695U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a multifunctional multi-end cylindrical profiling machine which comprises a base, a support seat, a workpiece positioning device, a workpiece cutting device and a profiling mechanism, wherein the workpiece cutting device comprises an inner beam, a beam frame, a turning mechanism and multiple cutter discs; the inner beam can be horizontally erected between support beam sliding seats by moving back and forth and up and down through a horizontal movement driving and vertical lifting mechanism; the beam frame is sleeved on the inner beam and can slide on the inner beam; and the turning mechanism drives the inner beam and the beam frame to synchronously rotate in any direction. The machine disclosed by the utility model is provided with a workpiece cutting device for an inner beam and a beam frame capable of sliding relatively, and various workpieces with different cross-section shapes and sizes can be processed; since a thimble is connected with a spring and a transition gear, the service life of the workpiece positioning device is greatly prolonged; multiple workpieces can be processed on one machine at the same time, the operation is simple, the production efficiency is high, and the production cost is greatly lowered; and the cutter bit of the device can be replaced and also can be used for processing wood carving.

Description

A kind of multi-functional bull cylindricality profiling machine
Technical field
The utility model relates to a kind of process equipment, specifically is meant a kind of multi-functional bull cylindricality profiling machine.
Background technology
Along with the development of socialist economy, China's processing of stone industry will face new problem, and the stone material of simple shape can not satisfy the building and the demand of decoration trade, and therefore complex-shaped as various polygon stone materials, oval stone material will be more and more welcome.At present, the stone machining equipment that machining shape is comparatively complicated generally comprise feeler mechanism, but its product processed is limited by feeler mechanism, and working (machining) efficiency is not high, and economic benefit is low.
I have submitted a kind of patent application of multi-functional bull cylindricality type stone profiling machine to a few days ago; Stone material and efficient that this profiling machine can process different shape are high; But this profiling machine is a vertical structure; Can only process more large-scale stone material, can not satisfy the needs of small-sized processing of stone, a kind of multi-functional bull cylindricality profiling machine is provided at present in person.
The utility model content
The utility model provides a kind of multi-functional bull profiling machine, and its main purpose is to overcome existing type stone profiling machine and has above not enough shortcoming.
The utility model adopts following technical scheme:
A kind of multi-functional bull cylindricality profiling machine comprises: base; Supporting seat; Comprise the preceding left supporting seat that is fixedly arranged on the base, preceding right supporting seat, the right supporting seat of left supporting seat in back and back; Before said the middle part of a left side and back left supporting seat, the preceding right side and back right supporting seat on the upper side the position respectively with a left side hold beam, the right side holds beam and is connected; A left side is connected with left track cross beam and right track cross beam with the left supporting seat in back, the preceding right side with the top of the right supporting seat in back before said, and said track cross beam is provided with the supporting traverse sliding seat; Working piece positioning device; Comprise that being located at left and right front beam, rear cross beam and the driving front beam that holds between the beam is holding the driving and reversing mechanism that slides before and after the beam; Front beam is equipped with some workpiece support agencies at interval, and correspondence is equipped with workpiece position rotating dish device on the rear cross beam in each workpiece support agency dead ahead; The workpiece topping machanism.
Said workpiece topping machanism comprise through the traversing driving of level and vertical lifting mechanism can before and after, level frame is located at the interior crossbeam between the supporting traverse sliding seat up or down; On the crossbeam and through the crossbeam frame that motor driver can horizontally slip in the slip position on the interior crossbeam, drive interior crossbeam and the synchronous arbitrary directed rotation angle mechanism of crossbeam frame and some cutting cutterheads in being sheathed on by driven by motor.
This device also comprises feeler mechanism; Comprise the stencil master holder be located on the supporting traverse sliding seat, be used to follow the trail of stencil master curved surface track and with the profiling control lever and the PLC Programmable Logic Controller of the band photoelectricity probe of crossbeam frame interlock, the input of PLC Programmable Logic Controller connects each driving mechanism of photoelectricity probe, output joining work pieces topping machanism.
Said crossbeam frame is spliced by the capstan of lathe that can do to slide, and the length of crossbeam frame is less than interior crossbeam.
Described cutting cutterhead all is equipped with on four surfaces of said crossbeam frame, and said cutting cutterhead can be changed different cutter head mechanism as required.
Said motor driver comprise be fixed on the crossbeam inwall motor, be located between crossbeam outer wall and the crossbeam frame inwall and gear that is connected with electric machine main shaft and the toothrow that is fixed on crossbeam frame inwall and matches with said gear.
The positioner and the electronic journey controller of crossbeam and the relative displacement of crossbeam frame in said motor also is connected with and regulates.
Said vertical lifting mechanism comprises the supporting traverse sliding seat, can slide up and down the up-down planker of being located on the supporting traverse sliding seat madial wall, the lifting motor that is fixedly connected on up-down planker upper screw rod transmission device and the action of driving screw mandrel, and said rotation angle mechanism comprises the gear of the interior crossbeam rotation of electric rotating machine, drive that is fixed on the up-down planker sidewall and turns to the position brake device.
Said workpiece position rotating dish device by variable-frequency motor drive can arbitrarily angled spin orientation to process difform workpiece; This device comprises that the workpiece that front end is fixed on the rear cross beam sidewall holds the location sleeve block; Be arranged in the main shaft in the sleeve block of location, be connected in the top dish of front-end of spindle, main shaft connects the gear that is driven by said variable-frequency motor; Said gear is all accepted the transition gear that makes the gear direction of rotation consistent in the interval, is provided with fixed support between said each location sleeve block.
Said transition gear be centered close to said two at interval the line of centres of gears perpendicular bisector and not on the line of centres, and its sleeve block is fixed on the said rear cross beam sidewall through screw.
Said feeler mechanism also comprises computerized image scanner and the electronics display of size that is connected with the PLC Programmable Logic Controller.
Can know that by above-mentioned description to the utility model the advantage of the utility model is: this multi-functional bull cylindricality profiling machine is provided with the interior crossbeam that can slide relatively and the workpiece topping machanism of crossbeam frame, can process the workpiece of various varying cross-section shapes and size; Interior crossbeam can arbitrarily angled rotation improve operating efficiency; Be connected with the setting of spring and transition gear on the thimble, prolonged the service life of Working piece positioning device greatly, and a machine can be processed a plurality of workpiece simultaneously; Simple to operate; Production efficiency is high, greatly reduces production cost, and the cutter head of this device is replaceable also to can be used for processing woodcarving.
Description of drawings
Fig. 1 is the structural representation of the utility model;
Fig. 2 is Fig. 1 vertical view;
Fig. 3 looks enlarged drawing for the left side of Fig. 1;
Fig. 4 is the structural representation of B among Fig. 1;
Fig. 5 is the structural representation of workpiece support agency;
Fig. 6 is the structural representation in A cross section among Fig. 1.
The specific embodiment
The specific embodiment of the utility model is described with reference to the accompanying drawings.
Referring to figs. 1 through Fig. 3, a kind of multi-functional bull cylindricality profiling machine comprises:
Base 1, the fixed platform that builds up by concrete pedestal.
Supporting seat; Comprise the preceding left supporting seat 2a that is fixedly arranged on the base, preceding right supporting seat 3a, the left supporting seat 2b in back and the right supporting seat 3b in back; The middle part of a left side and back left supporting seat 2a, 2b before said, the preceding right side and afterwards right supporting seat 3a, 3b position on the upper side holds with a left side respectively that beam, the right side hold beam 2c, 2d is connected; A left side is connected with left track cross beam 3c and right track cross beam 3d with the left supporting seat 2a in back, 2b, the preceding right side with the top of the right supporting seat 3a in back, 3b before said, and said track cross beam is provided with supporting traverse sliding seat 3e, 3f.
Working piece positioning device; Comprise that being located at left and right front beam 4a, rear cross beam 4b and the driving front beam 4a that holds between beam 2c, the 2d is holding the driving and reversing mechanism 4c that slides before and after the beam; Front beam 4a is equipped with some workpiece support agencies at interval, and the rear cross beam 4b in each workpiece support agency dead ahead goes up correspondence workpiece position rotating dish device is installed; The two ends of said front beam 4a are provided with and hold the positioning sleeve 4d that beam matches; Positioning sleeve is provided with and can makes positioning sleeve locked in the handle 4e that holds on the beam; Driving and reversing mechanism 4c drives front beam 4a and moves forward and backward, and adjusts the processing that distance between forward and backward crossbeam 4a, the 4b adapts to the differing heights workpiece.
With reference to Fig. 4; Said workpiece position rotating dish device by variable-frequency motor 5e drive can arbitrarily angled spin orientation to process difform workpiece; This device comprises that the workpiece that the upper end is fixed on the rear cross beam 4b sidewall holds location sleeve block 5a, is arranged in the main shaft 5b in the sleeve block 5a of location, is connected in the top dish 5c of main shaft 5b front end; Main shaft 5b also connects the gear 5f that is driven by variable-frequency motor 5e; Said gear is all accepted the transition gear 5g that makes the gear direction of rotation consistent in the interval, is provided with fixed support 5h between said each location sleeve block, and the setting of fixed support 5h has guaranteed the stability of location sleeve block 5a running; Said variable-frequency motor 5e processes difform workpiece through 360 ° of arbitrarily angled orientations of optoelectronic induction control motor; Because transition gear can be worn; Existing with said transition gear 5g center be arranged at said two at interval the line of centres of gears perpendicular bisector and not on the line of centres; And its sleeve block is fixed on the said rear cross beam 4b sidewall through screw 5h, after transition gear 5g is worn, with the two spacing increasings of gear at interval; The spacing that adjustment screw 5j eliminates transition gear 5g and interval gear can make transition gear 5g work on, and has prolonged its service life.
With reference to Fig. 5, said workpiece support agency comprises sliding sleeve 6a and the screw mandrel 6b that matches with sliding sleeve 6a, and said screw mandrel 6b is deep in the sliding sleeve 6a and the outside is exposed in its termination; This termination is connected with adjustment handwheel 6c; The lower end of said sliding sleeve 6a is provided with the fixture 6e of the spring 6d that anti-workpiece skew is housed, and said spring 6d is connected with mechanicalness can advance thimble 6f certainly, and said thimble 6f passes from the lower end of said sliding sleeve 6a; Owing to burst apart easily in the hair angle of the workpiece that thimble 6f is pushed up; So in the effect of spring 6d elastic force, thimble 6f continues down to hold out against blank, can improve the accuracy of workpiece processing; And spring 6d has antihunt action, has prolonged the service life of thimble 6f greatly.
Said workpiece topping machanism comprise through the traversing driving of level and vertical lifting mechanism can before and after, level frame is located at interior crossbeam 7 between supporting traverse sliding seat 3e, the 3f (the traversing driving of level and vertical lifting mechanism is the mechanism that profiling machine is used always up or down; Be not described in detail) here; The crossbeam frame 70 that can horizontally slip in the slip position on the interior crossbeam 7 on the crossbeam 7 and through motor driver in being sheathed on; The cutting cutterhead 9 of crossbeam 7 and crossbeam frame 70 synchronous arbitrary directed rotation angle mechanisms 71 and some cutting cutterheads that drive by motor 8 in driving; Interior crossbeam 7 drives swinging of cutting cutterhead 9 with horizontally slipping of crossbeam frame 70, can process the workpiece of various varying cross-section shapes; Said vertical lifting mechanism comprises supporting traverse sliding seat 3e, can slide up and down the up-down planker 3g that is located on the supporting traverse sliding seat 3e madial wall, the lifting motor 3j that is fixedly connected on up-down planker 3g upper screw rod transmission device 3h and the action of driving screw mandrel, and said rotation angle mechanism 71 comprises the gear 71b of interior crossbeam 7 rotations of electric rotating machine 71a, drive that are fixed on the up-down planker 3g sidewall and turns to position brake device (not drawing among the figure); As a kind of preferred version, said crossbeam frame 70 is spliced by the capstan of lathe that can do to slide; Described cutting cutterhead 9 all is equipped with on four surfaces of said crossbeam frame 70; Said cutting cutterhead can be changed different cutter heads as required, can be used for processing woodcarving, and the processing of stone material or woodcarving often needs rough lumber and refine; So can load onto different topping machanisms at the different surfaces of crossbeam frame 70; Get final product according to procedure of processing needs rotation rotation angle mechanism 71 again, needn't change cutter, improved operating efficiency.With reference to Fig. 6; Said motor driver comprise be fixed on crossbeam 7 inwalls motor 72, be located between crossbeam 7 outer walls and crossbeam frame 70 inwalls and gear 74 that is connected with motor 72 main shafts 73 and the toothrow 75 that is fixed on crossbeam frame 70 inwalls and matches with said gear 74, the electronic journey controller 76 and the positioner 77 of crossbeam 7 and 70 relative displacements of crossbeam frame in said motor 72 also is connected with and regulates.
Feeler mechanism; Comprise the stencil master holder 11a that is located on supporting traverse sliding seat 3e or the 3f, be used to follow the trail of stencil master curved surface track and with the profiling control lever 11b and the PLC Programmable Logic Controller (not shown) of the band photoelectricity probe of crossbeam frame 70 interlocks; The track cross beam side is fixed with a mount pad 11c; The controlling organization 11e of profiling control lever 11b is fixed on the crossbeam 2e termination side of vertical lifting mechanism, and its lower end is fixed on mount pad 11c and goes up the front end installing band photoelectricity probe relative with stencil master; The input of PLC Programmable Logic Controller connects drive motors 11d, the 12d of photoelectricity probe, output joining work pieces topping machanism; This said feeler mechanism also comprises computerized image scanner and the electronics display of size (not drawing among the figure) that is connected with the PLC Programmable Logic Controller; This mechanism can realize automated production; Can formulate according to client's needs; The sidewall of crossbeam 7 terminations is equipped with the feeler mechanism (owing to the angle reason, not drawing among the figure) that can cut the elliptical cylinder-shape workpiece in said.
This machine operation principle is following:
Corresponding workpiece blank A is contained on the top dish 5c, and crawl driving and reversing mechanism 4c moves front beam 4a, makes toply near the workpiece blank front end, rotates adjustment handwheel 7b and makes the top top tight workpiece blank of top dish 7a.Crawl vertical lift driving mechanism; Make cutting cutterhead 9 cutter heads be parked in workpiece blank A cylindrical peak; And through the control circuit affirmation; The horizontal traversing driving device of crawl moves interior crossbeam 7; Make photoelectricity probe on the control lever 11b be parked in the forward and backward end points of stencil master B and carry out forward and backward spacing affirmation, the photoelectricity probe of cutting cutterhead 9 and profiling control lever 11b termination is on the same horizontal plane, and overlaps (feeler mechanism that cutting elliptical cylinder-shape workpiece is then launched interior crossbeam 7 termination sides) with stencil master is symmetrical with top dish 5c, thimble 6f center line; If the cutting cross section is polygonal workpiece, sets rotational angle and the frequency of variable-frequency motor 5e and set electronic journey controller 75 is promptly set cutter head with the moving displacement of regulating crossbeam frame 70 the depth of cut according to required cross section; If incising circular cylinder workpiece on the crossbeam 7, does not promptly need crossbeam frame 70 to move in then with positioner 77 crossbeam frame 70 being positioned at; Start main motor and auto-programming; The cutter head that then rotates cuts the workpiece blank A that continues rotation by the program of setting workpiece, and cutting cutterhead 9 whenever turns around the cutter head auto-feed once, when the photoelectricity probe on the control lever 11b arrives stencil master; Cutting cutterhead 9 feeding circuitry cuts; Automatically return the starting point of affirmation, after crossbeam 7 moved horizontally an amount of feeding in the traversing drive motors 11d startup of level drove, cutter head feeding again cutting; Until the blank moulding, once can process the goods that a plurality of (being not limited to eight shown in the figure) have the identical curved surface of stencil master.According to the shape of different workpieces, change Cutting Process, adjustment feeding program, can improve working (machining) efficiency greatly.
When the above-mentioned steps process finishing needed next step, rotation rotation angle mechanism 71 found corresponding cutter head mechanism to get final product, and repeats above step then.
The above-mentioned specific embodiment that is merely the utility model, but the design concept of the utility model is not limited thereto allly utilizes this design that the utility model is carried out the change of unsubstantiality, all should belong to the behavior of invading the utility model protection domain.

Claims (9)

1. a multi-functional bull cylindricality profiling machine comprises: base; Supporting seat; Comprise the preceding left supporting seat that is fixedly arranged on the base, preceding right supporting seat, the right supporting seat of left supporting seat in back and back; Before said the middle part of a left side and back left supporting seat, the preceding right side and back right supporting seat on the upper side the position respectively with a left side hold beam, the right side holds beam and is connected; A left side is connected with left track cross beam and right track cross beam with the left supporting seat in back, the preceding right side with the top of the right supporting seat in back before said, and said track cross beam is provided with the supporting traverse sliding seat; Working piece positioning device; Comprise that being located at left and right front beam, rear cross beam and the driving front beam that holds between the beam is holding the driving and reversing mechanism that slides before and after the beam; Front beam is equipped with some workpiece support agencies at interval, and correspondence is equipped with workpiece position rotating dish device on the rear cross beam in each workpiece support agency dead ahead; The workpiece topping machanism; It is characterized in that: said workpiece topping machanism comprise through the traversing driving of level and vertical lifting mechanism can before and after, level frame is located at the interior crossbeam between the supporting traverse sliding seat up or down; On the crossbeam and through the crossbeam frame that motor driver can horizontally slip in the slip position on the interior crossbeam, drive interior crossbeam and the synchronous arbitrary directed rotation angle mechanism of crossbeam frame and some cutting cutterheads in being sheathed on by driven by motor; Feeler mechanism; Comprise the stencil master holder be located on the supporting traverse sliding seat, be used to follow the trail of stencil master curved surface track and with the profiling control lever and the PLC Programmable Logic Controller of the band photoelectricity probe of crossbeam frame interlock, the input of PLC Programmable Logic Controller connects each driving mechanism of photoelectricity probe, output joining work pieces topping machanism.
2. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 1, it is characterized in that: said crossbeam frame is spliced by the capstan of lathe that can do to slide, and the length of crossbeam frame is less than interior crossbeam.
3. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 1, it is characterized in that: described cutting cutterhead all is equipped with on four surfaces of said crossbeam frame, and said cutting cutterhead can be changed different cutter head mechanism as required.
4. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 1 is characterized in that: said motor driver comprise be fixed on the crossbeam inwall motor, be located between crossbeam outer wall and the crossbeam frame inwall and gear that is connected with electric machine main shaft and the toothrow that is fixed on crossbeam frame inwall and matches with said gear.
5. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 4 is characterized in that: the positioner and the electronic journey controller of crossbeam and the relative displacement of crossbeam frame in said motor also is connected with and regulates.
6. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 1; It is characterized in that: said vertical lifting mechanism comprises the supporting traverse sliding seat, can slide up and down the up-down planker of being located on the supporting traverse sliding seat madial wall, the lifting motor that is fixedly connected on up-down planker upper screw rod transmission device and the action of driving screw mandrel, and said rotation angle mechanism comprises the gear of the interior crossbeam rotation of electric rotating machine, drive that is fixed on the up-down planker sidewall and turns to the position brake device.
7. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 1; It is characterized in that: said workpiece position rotating dish device by variable-frequency motor drive can arbitrarily angled spin orientation to process difform workpiece; This device comprises that the workpiece that front end is fixed on the rear cross beam sidewall holds the location sleeve block; Be arranged in the main shaft in the sleeve block of location, be connected in the top dish of front-end of spindle, main shaft connects the gear that is driven by said variable-frequency motor; Said gear is all accepted the transition gear that makes the gear direction of rotation consistent in the interval, is provided with fixed support between said each location sleeve block.
8. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 7; It is characterized in that: said transition gear be centered close to said two at interval the line of centres of gears perpendicular bisector and not on the line of centres, and its sleeve block is fixed on the said rear cross beam sidewall through screw.
9. a kind of multi-functional bull cylindricality profiling machine as claimed in claim 1, it is characterized in that: said feeler mechanism also comprises computerized image scanner and the electronics display of size that is connected with the PLC Programmable Logic Controller.
CN2011204505331U 2011-11-08 2011-11-15 Multifunctional multi-end cylindrical profiling machine Expired - Fee Related CN202344695U (en)

Priority Applications (3)

Application Number Priority Date Filing Date Title
CN201120438575 2011-11-08
CN201120438575.3 2011-11-08
CN2011204505331U CN202344695U (en) 2011-11-08 2011-11-15 Multifunctional multi-end cylindrical profiling machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2011204505331U CN202344695U (en) 2011-11-08 2011-11-15 Multifunctional multi-end cylindrical profiling machine

Publications (1)

Publication Number Publication Date
CN202344695U true CN202344695U (en) 2012-07-25

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102931439A (en) * 2012-11-22 2013-02-13 深圳市赢合科技股份有限公司 Hold-down mechanism and lamination equipment employing same
CN103660046A (en) * 2013-12-02 2014-03-26 河南四海建材设备有限公司 Full-automatic cutting machine of light partition board and concrete slab
TWI495538B (en) * 2013-02-05 2015-08-11
CN106736997A (en) * 2016-12-30 2017-05-31 泉州市佳能机械制造有限公司 Revolving body processing of stone all-in-one

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102931439A (en) * 2012-11-22 2013-02-13 深圳市赢合科技股份有限公司 Hold-down mechanism and lamination equipment employing same
CN102931439B (en) * 2012-11-22 2014-10-01 深圳市赢合科技股份有限公司 Hold-down mechanism and lamination equipment employing same
TWI495538B (en) * 2013-02-05 2015-08-11
CN103660046A (en) * 2013-12-02 2014-03-26 河南四海建材设备有限公司 Full-automatic cutting machine of light partition board and concrete slab
CN103660046B (en) * 2013-12-02 2015-07-15 河南四海建材设备有限公司 Full-automatic cutting machine of light partition board and concrete slab
CN106736997A (en) * 2016-12-30 2017-05-31 泉州市佳能机械制造有限公司 Revolving body processing of stone all-in-one

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Granted publication date: 20120725

Termination date: 20141115