CN206536216U - A kind of vertical horizontal difunctional machining center - Google Patents

A kind of vertical horizontal difunctional machining center Download PDF

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Publication number
CN206536216U
CN206536216U CN201720154259.0U CN201720154259U CN206536216U CN 206536216 U CN206536216 U CN 206536216U CN 201720154259 U CN201720154259 U CN 201720154259U CN 206536216 U CN206536216 U CN 206536216U
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vertical
drive
horizontal
guide rail
slide
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CN201720154259.0U
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叶永青
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Huizhou Yongye Machinery Equipment Co Ltd
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Huizhou Yongye Machinery Equipment Co Ltd
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Abstract

The utility model discloses the vertical horizontal difunctional machining center of one kind, including support, workbench, crossbeam, the first guide rail, the second guide rail, vertical processing unit (plant), the first drive mechanism, horizontal processing unit (plant) and the second drive mechanism.The timber processed can will be needed to set on the table;There is the first drive mechanism to drive vertical processing unit (plant) to be moved along the second guide rail, therefore, the processing of timber top surface is completed by vertical processing unit (plant).Moved by the second horizontal processing unit (plant) of drive mechanism driving along the first guide rail, therefore, the processing of timber side can be completed by horizontal processing unit (plant);So as to instead of the side processing that traditional machining center can be only done workpiece, so as to reduce workload, processing efficiency is improved.

Description

A kind of vertical horizontal difunctional machining center
Technical field
The utility model is related to furniture processing machine field, and in particular to a kind of vertical horizontal difunctional machining center.
Background technology
Many cabinet-woods usually require Cutter Body Processing with Machining Center.Due to timber it is generally necessary to which multiple faces are processed;Due to mesh Preceding machining center generally only has three axis machining, accordingly, it would be desirable to which timber needs to process by multiple clamping, so as to cause processing Workload is big, extremely inefficient;In view of disadvantages described above, is necessary a kind of vertical horizontal difunctional machining center of design in fact.
Utility model content
Technical problem to be solved in the utility model is:A kind of vertical horizontal difunctional machining center is provided, to solve The machining center workload of certainly existing cabinet-wood is big, the problem of efficiency is low.
In order to solve the above technical problems, the technical solution of the utility model is:A kind of vertical horizontal difunctional machining center, Including support, workbench, crossbeam, the first guide rail, the second guide rail, vertical processing unit (plant), the first drive mechanism, horizontal processing unit (plant) With the second drive mechanism;The workbench and the crossbeam are located at the support upper end;The crossbeam is located at the workbench Above side;First guide rail is located at the support lower end;Second guide rail is located at the crossbeam upper end;Described second leads Rail and first guide rail are parallel to each other;First drive mechanism drives the vertical processing unit (plant) to want second guide rail to slide It is dynamic;Second drive mechanism drives the horizontal processing unit (plant) to be slided along first guide rail.
Further, the workbench is lattice-shaped.
Further, the vertical organisation of working includes:First slide, move forward and backward mechanism, installing plate, up-down mechanism With vertical organisation of working;The first slide is on second guide rail;The first drive mechanism driving described first is slided Seat is slided along second guide rail;The mechanism that moves forward and backward is in the first slide;The installing plate is before described The front end of motion afterwards;The up-down mechanism is on the installing plate;The vertical organisation of working is located on described On lower motion.
Further, first drive mechanism includes:The first servomotor on the crossbeam, is watched with described first Take the first screw mandrel of electric machine main shaft connection, and the first nut being placed on first screw mandrel;The end of first screw mandrel with The crossbeam rotates connection, and first nut is connected with the vertical processing unit (plant) close-fitting.
Further, the mechanism that moves forward and backward includes:First guide holder, second slide and front and rear drive mechanism;Described One guide holder quantity is four, and four first guide holders are relative in the first slide;On first guide holder Provided with chute;The second slide bottom is provided with the slide rail being stuck in the chute;Drive mechanism driving described the before and after described Two slides are moved forward and backward;The up-down mechanism includes:Second guide holder, the 3rd slide and upper lower drive mechanism;Described Two guide holder quantity are four, and four second guide holders are relative to be located at the installation front edge of board;Described second is oriented to slide It is provided with guide groove;The 3rd slide back side is located at the slide rail being stuck in the guide groove;The upper lower drive mechanism driving 3rd slide moves up and down.
Further, the vertical organisation of working quantity is three groups;The vertical organisation of working includes:Located at the installing plate The first cylinder and upper/lower guide;The first cylinder drive shaft motor is slided along the upper/lower guide;The spindle motor It is provided with main shaft.
Further, the horizontal processing unit (plant) includes:Base on first guide rail, on the base Elevating mechanism, second on the elevating mechanism moves forward and backward mechanism, and is moved forward and backward located at described second in mechanism Horizontal organisation of working.
Further, second drive mechanism includes:The second servomotor located at the support lower end, located at described The second screw mandrel on two servomotor spindles, and the second nut being placed on second screw mandrel;One end of second screw mandrel Rotate and be connected with the support;Second nut is fixedly connected with the horizontal processing unit (plant).
Further, the elevating mechanism includes:Upright guide rail located at the base side, on the upright guide rail " L " type mounting seat, and the upright driving mechanism that the driving mounting seat moves up and down along the upright guide rail.
Further, the horizontal organisation of working quantity is three groups;The horizontal organisation of working includes:Before described second The second cylinder and front and rear guide rails of motion afterwards;Second cylinder pushes away the second spindle motor and slided along before and after the front and rear guide rails It is dynamic;Second spindle motor is provided with the second main shaft.
Compared with prior art, the vertical horizontal difunctional machining center, including support, workbench, crossbeam, first lead Rail, the second guide rail, vertical processing unit (plant), the first drive mechanism, horizontal processing unit (plant) and the second drive mechanism;The workbench and The crossbeam is located at the support upper end;The crossbeam is located above the side of the workbench;First guide rail is located at institute State support lower end;Second guide rail is located at the crossbeam upper end;Second guide rail and first guide rail are parallel to each other;Institute Stating the first drive mechanism drives the vertical processing unit (plant) to be slided along second guide rail;The second drive mechanism driving is described Horizontal processing unit (plant) is slided along first guide rail.The timber processed can will be needed to set on the table;There is the first driving machine Structure drives vertical processing unit (plant) to be moved along the second guide rail, therefore, and the processing of timber top surface is completed by vertical processing unit (plant).By The two horizontal processing unit (plant)s of drive mechanism driving are moved along the first guide rail, therefore, and timber side can be completed by horizontal processing unit (plant) Processing;So as to instead of the side processing that traditional machining center can be only done workpiece, so as to reduce workload, improve Processing efficiency.
Brief description of the drawings
Fig. 1 is the three-dimensional view of the vertical horizontal difunctional machining center of the utility model;
Fig. 2 is the top view of the vertical horizontal difunctional machining center of the utility model;
Fig. 3 is the three-dimensional view of vertical processing unit (plant) described in the vertical horizontal difunctional machining center of the utility model;
Fig. 4 is the sectional view of vertical processing unit (plant) described in the vertical horizontal difunctional machining center of the utility model;
Fig. 5 is the sectional view of crossbeam described in the vertical horizontal difunctional machining center of the utility model;
Fig. 6 is the three-dimensional view of horizontal processing unit (plant) described in the vertical horizontal difunctional machining center of the utility model;
Fig. 7 is the sectional view of horizontal processing unit (plant) described in the vertical horizontal difunctional machining center of the utility model;
Fig. 8 is the sectional view of the second drive mechanism described in the vertical horizontal difunctional machining center of the utility model.
Embodiment
Following embodiment will be further illustrated with reference to above-mentioned accompanying drawing.
Hereinafter, a variety of specific details are elaborated, to provide the saturating of the concept to constituting described embodiment basis It is thorough to understand.However, it will be apparent to those skilled in the art that described embodiment can be in these no specific details In it is some or all in the case of put into practice.In other cases, well-known process step is not specifically described.
As shown in figures 1-8, a kind of vertical horizontal difunctional machining center, including support 1, workbench 2, crossbeam 3, first lead Rail 4, the second guide rail 5, vertical processing unit (plant) 6, the first drive mechanism 7, the drive mechanism 9 of horizontal processing unit (plant) 8 and second;The work Make platform 2 and the crossbeam 3 is located at the upper end of support 1;The crossbeam 3 is located above the side of the workbench 2;Described first Guide rail 4 is located at the lower end of support 1;Second guide rail 5 is located at the upper end of crossbeam 3;Second guide rail 5 and described first Guide rail 4 is parallel to each other;First drive mechanism 7 drives the vertical processing unit (plant) 6 to be slided along second guide rail 5;It is described Second drive mechanism 9 drives the horizontal processing unit (plant) 8 to be slided along first guide rail 4.The timber processed can will be needed to set On workbench 2;There is the first drive mechanism 7 to drive vertical processing unit (plant) 6 to be moved along the second guide rail 5, therefore, by processing vertically Device 6 completes the processing of timber top surface.Moved by the horizontal processing unit (plant) 8 of the driving of the second drive mechanism 9 along the first guide rail 4, therefore, The processing of timber side can be completed by horizontal processing unit (plant) 8;Workpiece is can be only done so as to instead of traditional machining center Side is processed, so as to reduce workload, improves processing efficiency.
Further, the workbench 2 is lattice-shaped.Therefore, the wood chip discharge produced during processing can be easy to.
As shown in Figure 3-4, the vertical organisation of working 6 includes:First slide 60, move forward and backward mechanism 61, installing plate 62, Up-down mechanism 63 and vertical organisation of working 64;The first slide 60 is on second guide rail 4;First driving Mechanism 7 drives the first slide 60 to be slided along second guide rail 5;The mechanism 61 that moves forward and backward is located at the first slide On 60;The installing plate 62 is located at the front end for moving forward and backward mechanism 61;The up-down mechanism 63 is installed located at described On plate 62;The vertical organisation of working 64 is in the up-down mechanism 63.Therefore, can be by moving forward and backward the band of mechanism 61 Dynamic up-down mechanism is moved forward and backward, and drives vertical organisation of working 64 to move up and down by upper motion 63, so that vertically Organisation of working 64 can complete the front processing of timber.
As shown in figure 5, first drive mechanism 7 includes:The first servomotor 70 on the crossbeam 3, with institute State the first screw mandrel 71 of the main shaft of the first servomotor 70 connection, and the first nut 72 being placed on first screw mandrel 71;It is described The end of first screw mandrel 71 rotates with the crossbeam 3 and is connected, and first nut 72 connects with the vertical close-fitting of processing unit (plant) 6 Connect.Therefore, the first screw mandrel 71 is driven to move by the first servomotor 70, the first screw mandrel coordinates with 72 with the first nut 72, reaches Slided to vertical processing unit (plant) 6 is driven along the second guide rail 5.
As shown in Figure 3-4, the mechanism 61 that moves forward and backward includes:First guide holder 610, second slide 611 and front and rear drive Motivation structure 612;The quantity of first guide holder 610 is four, and four first guide holders 610 are relative to be slided located at described first On seat 60;First guide holder 610 is provided with chute;The bottom of second slide 611 is provided with the cunning being stuck in the chute Rail;Drive mechanism 612 drives the second slide 611 to move forward and backward before and after described;The up-down mechanism 63 includes:Second Guide holder 630, the 3rd slide 631 and upper lower drive mechanism 632;The quantity of second guide holder 630 is four, described in four Second guide holder 630 is relative located at the front end of installing plate 62;Described second, which is oriented to slide 630, is provided with guide groove;Described The back side of three slide 631 is located at the slide rail being stuck in the guide groove;The upper lower drive mechanism 63 drives the 3rd slide 631 Move up and down.So as to around reaching the vertical organisation of working 64 of promotion, move up and down so that vertical organisation of working 64 can be complete Into the processing of workpiece.Wherein front and rear drive mechanism 612 is made up of front and rear servomotor, front and rear screw mandrel and front and rear nut, by preceding Screw mandrel rotation before and after servomotor drives afterwards, reaches nut motion before and after drive, before and after front and rear nut drives second slide 611 Motion;Upper lower drive mechanism 632 is that rear servomotor, up and down screw mandrel and upper lower nut are constituted up and down, by servomotor band up and down Screw mandrel rotation above and below dynamic, reaches the upper lower nut motion of drive, drives the 3rd slide 631 to move forward and backward by upper lower nut.
As shown in Figure 3-4, the quantity of vertical organisation of working 64 is three groups.Therefore the vertical processing machine of three groups of independence is passed through Structure 64 can be respectively completed the different parts of workpiece or the coarse-fine processing at same position.The vertical organisation of working 64 includes:If In the first cylinder 640 and upper/lower guide 641 of the installing plate 62;The drive shaft motor 642 of first cylinder 640 is along described Upper/lower guide 641 is slided;The spindle motor 642 is provided with main shaft 643.When needing processing, master is promoted by the first cylinder 640 Vertically guide rail 641 is down slided spindle motor 642 so that the processing knife filled on main shaft 643 is moved at part Working position, Main shaft 643 is driven to run at high speed by active motor 642.
As shown in fig. 6-7, the horizontal processing unit (plant) 8 includes:Base 80 on first guide rail 4, located at institute The elevating mechanism 81 on base 80 is stated, second on the elevating mechanism 81 moves forward and backward mechanism 82, and located at described Two move forward and backward the horizontal organisation of working 83 in mechanism 82.Therefore, by promoting base 80 or so to transport due to the second drive mechanism 9 It is dynamic, move forward and backward the horizontal organisation of working 83 of the promotion of mechanism 82 by second and move forward and backward, so as to complete part side sustained height The processing of position;Drive second to move forward and backward mechanism 82 by elevating mechanism 81 to move up and down, it is different so as to complete side surface of workpiece The processing of height.Wherein:Second, which moves forward and backward mechanism 82, includes:Drive mechanism before and after second guide holder, second slide and second; Drive mechanism is servo straight line driving mechanism before and after second.
As shown in figure 8, second drive mechanism 9 includes:The second servomotor 90 located at the lower end of support 1, if The second screw mandrel 91 on the main shaft of the second servomotor 90, and the second nut 92 being placed on second screw mandrel 91;Institute The one end for stating the second screw mandrel 91 is connected with the support 1 rotation;Second nut 92 is fixed with the horizontal processing unit (plant) 8 to be connected Connect.Therefore, the second screw mandrel 91 is driven to rotate by the second servomotor 90 so that the second nut 92 moves up and down, so as to drive Base 80 is along the side-to-side movement of the first guide rail 4.
As shown in fig. 6-7, the elevating mechanism 81 includes:Upright guide rail 810 located at the side of base 80, is located at " L " type mounting seat 811 on the upright guide rail 810, and drive the mounting seat 811 to be transported along the upright guide rail about 810 Dynamic upright driving mechanism 810.So as to realize that horizontal organisation of working 83 moves up and down.Wherein upper lower drive mechanism 810 includes Servomotor on base, the screw mandrel on servomotor, and the nut being placed on screw mandrel, wherein nut and mounting seat 811 are fixedly connected, and drive screw mandrel to rotate by servomotor, drive nut to move up and down.
As shown in fig. 6-7, the quantity of horizontal organisation of working 83 is three groups.Can be only by three groups of horizontal organisation of working 83 Vertical processing workpiece, therefore without tool changing, complete the processing of the whole side of workpiece.The horizontal organisation of working 83 includes:Located at institute State the second the second cylinder 830 and front and rear guide rails 831 for moving forward and backward mechanism 82;Second cylinder 830 pushes away the second spindle motor 832 slide back and forth along the front and rear guide rails 831;Second spindle motor 832 is provided with the second main shaft 833.Therefore, by second Cylinder 830 releases the second spindle motor 832 so that the cutter on the second main shaft 833 of second spindle motor 832 Contacted with workpiece, so as to complete the processing of workpiece.
The utility model is not limited to above-mentioned specific embodiment, and one of ordinary skill in the art visualizes from above-mentioned Hair, without performing creative labour, a variety of conversion made are all fallen within protection domain of the present utility model.

Claims (10)

1. a kind of vertical horizontal difunctional machining center, it is characterised in that:Including support, workbench, crossbeam, the first guide rail, Two guide rails, vertical processing unit (plant), the first drive mechanism, horizontal processing unit (plant) and the second drive mechanism;The workbench and described Crossbeam is located at the support upper end;The crossbeam is located above the side of the workbench;First guide rail is located at the machine Seat lower end;Second guide rail is located at the crossbeam upper end;Second guide rail and first guide rail are parallel to each other;Described One drive mechanism drives the vertical processing unit (plant) to be slided along second guide rail;Second drive mechanism drives the level Processing unit (plant) is slided along first guide rail.
2. vertical horizontal difunctional machining center as claimed in claim 1, it is characterised in that the workbench is lattice-shaped.
3. vertical horizontal difunctional machining center as claimed in claim 1, it is characterised in that the vertical organisation of working bag Include:First slide, move forward and backward mechanism, installing plate, up-down mechanism and vertical organisation of working;The first slide is located at institute State on the second guide rail;First drive mechanism drives the first slide to be slided along second guide rail;It is described to move forward and backward Mechanism is in the first slide;The installing plate is located at the front end for moving forward and backward mechanism;The up-down mechanism On the installing plate;The vertical organisation of working is in the up-down mechanism.
4. vertical horizontal difunctional machining center as claimed in claim 1, it is characterised in that the first drive mechanism bag Include:The first servomotor on the crossbeam, the first screw mandrel being connected with first servomotor spindle, and it is placed on institute State the first nut on the first screw mandrel;The end of first screw mandrel rotates with the crossbeam and is connected, first nut and institute State vertical processing unit (plant) close-fitting connection.
5. vertical horizontal difunctional machining center as claimed in claim 3, it is characterised in that described to move forward and backward mechanism bag Include:First guide holder, second slide and front and rear drive mechanism;The first guide holder quantity is four, and four described first are led It is relative in the first slide to seat;First guide holder is provided with chute;The second slide bottom is provided with and is stuck in Slide rail in the chute;Drive mechanism drives the second slide to move forward and backward before and after described;The up-down mechanism bag Include:Second guide holder, the 3rd slide and upper lower drive mechanism;The second guide holder quantity is four, and four described second are led The installation front edge of board is located to seat is relative;Described second, which is oriented to slide, is provided with guide groove;The 3rd slide back side is located at It is stuck in the slide rail in the guide groove;The upper lower drive mechanism drives the 3rd slide to move up and down.
6. the vertical horizontal difunctional machining center as described in claim 3 or 5, it is characterised in that the vertical organisation of working Quantity is three groups;The vertical organisation of working includes:Located at the first cylinder and upper/lower guide of the installing plate;First gas Cylinder drive shaft motor is slided along the upper/lower guide;The spindle motor is provided with main shaft.
7. vertical horizontal difunctional machining center as claimed in claim 1, it is characterised in that the horizontal processing unit (plant) bag Include:Base on first guide rail, the elevating mechanism on the base, second on the elevating mechanism Mechanism is moved forward and backward, and moves forward and backward located at described second the horizontal organisation of working in mechanism.
8. vertical horizontal difunctional machining center as claimed in claim 1, it is characterised in that the second drive mechanism bag Include:The second servomotor located at the support lower end, the second screw mandrel on second servomotor spindle, and be placed on The second nut on second screw mandrel;One end of second screw mandrel rotates with the support and is connected;Second nut with The horizontal processing unit (plant) is fixedly connected.
9. vertical horizontal difunctional machining center as claimed in claim 7, it is characterised in that the elevating mechanism includes:If Upright guide rail in the base side, " L " type mounting seat on the upright guide rail, and the mounting seat is driven along institute State the upright driving mechanism of upright guide rail up and down motion.
10. vertical horizontal difunctional machining center as claimed in claim 7, it is characterised in that the horizontal organisation of working number Measure as three groups;The horizontal organisation of working includes:Located at the described second the second cylinder and front and rear guide rails for moving forward and backward mechanism;Institute State the second cylinder and push away the second spindle motor and slid back and forth along the front and rear guide rails;Second spindle motor is provided with the second master Axle.
CN201720154259.0U 2017-02-20 2017-02-20 A kind of vertical horizontal difunctional machining center Active CN206536216U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106695349A (en) * 2017-02-20 2017-05-24 惠州市永业机械设备有限公司 Vertical and horizontal double-function machining center

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106695349A (en) * 2017-02-20 2017-05-24 惠州市永业机械设备有限公司 Vertical and horizontal double-function machining center

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