CN103448106A - Portal frame type compound wood processing center - Google Patents

Portal frame type compound wood processing center Download PDF

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Publication number
CN103448106A
CN103448106A CN2013103448301A CN201310344830A CN103448106A CN 103448106 A CN103448106 A CN 103448106A CN 2013103448301 A CN2013103448301 A CN 2013103448301A CN 201310344830 A CN201310344830 A CN 201310344830A CN 103448106 A CN103448106 A CN 103448106A
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China
Prior art keywords
main shaft
mentioned
sliding panel
gang drill
base
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CN2013103448301A
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Chinese (zh)
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CN103448106B (en
Inventor
邱宇
黄剑锋
赵莉莉
邓金贵
余太泉
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东莞市南兴家具装备制造股份有限公司
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Priority to CN201310344830.1A priority Critical patent/CN103448106B/en
Publication of CN103448106A publication Critical patent/CN103448106A/en
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Publication of CN103448106B publication Critical patent/CN103448106B/en

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Abstract

The invention discloses a portal frame type compound wood processing center which comprises a base, a cross beam, a work table, a wood processing device, a vertical mobile device, a horizontal mobile device and a cutter storeroom, wherein the cross beam and the work table are arranged on the base; the wood processing device is arranged on the cross beam; the vertical mobile device drives the wood processing device to move up and down; the horizontal mobile device drives a main shaft and a gang drill to horizontally move; the cutter storeroom is used for replacing a cutter for the wood processing device. According to the processing center, the vertical mobile device and the horizontal mobile device are arranged on the cross beam to drive the wood processing device, so that the wood processing device can flexibly move according to processing requirements; the cutter storeroom is arranged on the side wall of a base plate of the vertical mobile device, so that the cutter replacement of the wood processing device is relatively convenient, and the complex step of manual cutter replacement is prevented; woods to be processed can be automatically moved to a processing position through the movable work table; the devices provide great convenience for processing the woods in the processing center, so that the manufacturing efficiency of products is improved, the manual labor amount is reduced, and the production cost is reduced.

Description

The gantry frame type Combined timber machining center

Technical field

The present invention relates to the wood processing technique art, refer in particular to a kind of gantry frame type Combined timber machining center.

Background technology

Along with scientific and technological development, the timber machining center is more and more general in the application of wood processing field.In prior art, the timber machining center can complete engrave mill, vertical drilling, fluting operation, by means of the timber machining center, can conveniently to timber, be processed, can enhance productivity.But, according to different processing schemes and user demand, timber processing need to be carried out as sawing, mortise, horizontal drilling, edge sealing operation toward contact.In prior art, timber is engraved by the timber machining center to be milled, after vertical drilling, fluting operation, if also need to carry out sawing, mortise, horizontal drilling, edge sealing operation, just timber need to be moved to other lathe and be processed respectively, affected working (machining) efficiency.In addition, the enterprise of wood processing field not only needs to spend substantial contribution and purchases respectively various process equipments, and, need to provide larger workshop to be placed relevant device, it is many unfavorable to enterprise, to bring.

Summary of the invention

In view of this, the present invention is directed to the disappearance of prior art existence, its main purpose is to provide a kind of gantry frame type Combined timber machining center, by utilizing vertical mobile device and horizontal mobile device to drive timber processing apparatus, move flexibly, and on vertical mobile device, tool magazine is installed, make the main shaft tool changing convenient.Thereby, improve product and manufacture efficiency, reduce production costs.

For achieving the above object, the present invention adopts following technical scheme:

A kind of gantry frame type Combined timber machining center, comprise vertical mobile device and horizontal mobile device and tool magazine that base, crossbeam, workbench, timber processing apparatus, drive timber processing apparatus move, it is characterized in that:

This crossbeam is across the base top, in the crossbeam two ends, is provided with the brace summer to downward-extension, and above-mentioned workbench is installed on above-mentioned base, can between base and crossbeam, slide;

This vertical mobile device comprises substrate, main sliding panel, the main shaft sliding panel, the gang drill sliding panel, main shaft promotes cylinder, gang drill promotes cylinder and main sliding panel lift cylinder, wherein, this substrate is slideable to be installed on above-mentioned beam side wall, vertically be provided with main guide rail on substrate, be provided with the main guide rail groove on main sliding panel bottom surface, the slideable main guide rail outside that is nested in of this main guide rail groove, vertically be provided with main shaft rail plate and gang drill rail plate in main sliding panel upper surface, respectively at being provided with the main shaft guide-track groove on the main shaft sliding panel, be provided with the gang drill guide-track groove on the gang drill sliding panel, this main shaft guide-track groove and gang drill guide-track groove be slideable above-mentioned main shaft rail plate and the gang drill rail plate outside of being nested in respectively, above-mentioned timber processing apparatus comprises main shaft and gang drill, this main shaft and gang drill are individually fixed on main shaft sliding panel and gang drill sliding panel, above-mentioned main shaft promotes cylinder and gang drill promotion cylinder is installed in respectively both sides, main sliding panel top, cylinder axis and main shaft sliding panel top that main shaft promotes cylinder are connected, cylinder axis and gang drill sliding panel top that gang drill promotes cylinder are connected,

This horizontal mobile device comprises horizontal drive motor, gear, tooth bar, cross slide way and cross slide way groove, wherein, this horizontal drive motor vertically is installed in the aforesaid substrate top, gear vertically is installed on the horizontal drive motor axle head, tooth bar laterally is layed on above-mentioned crossbeam, and wheel and rack is meshed; This cross slide way is arranged at crossbeam near on the sidewall of substrate, and this cross slide way groove is arranged at the substrate back, and the cross slide way groove is nested in the cross slide way outside;

This tool magazine comprises the tool magazine installing plate, bracing frame, be installed on cutterhead on bracing frame and for the slide mechanism with the movable knife disc transverse shifting, this tool magazine installing plate is installed on the aforesaid substrate sidewall, this slide mechanism comprises Rodless cylinder, slide block, guide rail and guide-track groove, this Rodless cylinder is installed on the tool magazine installing plate, this Rodless cylinder has a cylinder axis and the slideable slide block be installed on cylinder axis, above-mentioned bracing frame is installed on this slide block, this guide rail is horizontally set on above-mentioned crossbeam, the corresponding guide rail of this guide-track groove is arranged on above-mentioned bracing frame, the slideable guide rail outside that is nested in of this guide-track groove.

As a kind of preferred version: be provided with a transmission device between described workbench and base, this transmission device includes table drive motor, drive screw, movable block, supporting seat and the table slide groove be complementary with movable block, wherein, this supporting seat is installed on base, on this supporting seat, be provided with for the through hole that drive screw is installed, this drive motors is installed in base one end, this movable block is fixed on the workbench bottom surface, be provided with screw on movable block, this drive screw one end is connected with the table drive motor axle, the other end coordinates with through hole on above-mentioned supporting seat through the movable block upper screwed hole, this table slide groove is arranged on base, and above-mentioned movable block is slideable to be installed in the table slide groove.

As a kind of preferred version: described cutterhead includes servomotor, knife plate and a plurality of clamping device for holding cutter, this servomotor vertically is installed on above-mentioned bracing frame, this knife plate is installed on servo motor shaft, and these a plurality of clamping devices were arranged on knife plate along the knife plate circle spacing.

As a kind of preferred version: described clamping device includes holder and is installed on the device for clamping on holder, and this holder comprises base portion and two jig arm of being extended forward by this base portion, and this two jig arm subtend bending surrounds the grasping part for mounting cutter; Above-mentioned device for clamping is arranged at two jig arm front ends, be positioned at the grasping part opening part, this device for clamping comprises that inside has the through hole of annular boss, end cap, flexible member and knock-out pin, this end cap is placed on the through hole outer openings, and this flexible member and knock-out pin are placed in through hole, and this knock-out pin middle part is provided with ring-shaped step, this ring-shaped step is butted on the interior annular boss of through hole, the knock-out pin front end stretches out outside through hole, and the knock-out pin rear end is butted on flexible member, and the flexible member rear end is butted on end cap.

As a kind of preferred version: described knock-out pin front end is circular arc.

As a kind of preferred version: in described two jig arm, in the side direction grasping part, protrude out and be provided with positive stop lug boss.

As a kind of preferred version: support frame as described above comprises transverse part and is arranged at the vertical portion on transverse part, and above-mentioned servomotor vertically is installed on this transverse part.

As a kind of preferred version: the sensing device of whether getting back to origin position for monitoring the tool magazine cutter is installed on described cutterhead, this sensing device comprises inductor and sensor, this inductor is installed on the knife plate upper surface, and this installation of sensors is on the transverse part of above-mentioned bracing frame.

As a kind of preferred version: described crossbeam comprises four block plates that surround the first rectangular tubular, and the reinforcing module that is welded in the first rectangular tube inside, this reinforcing module comprises the second rectangular tube of being less than the first rectangular tube and, by outward extending gripper shoe on this second rectangular tube wall, this gripper shoe top is welded in respectively on the first rectangular tube inwall four sides.

The present invention compared with prior art has obvious advantage and beneficial effect, particularly, as shown from the above technical solution, by being set on crossbeam, vertical mobile device and horizontal mobile device drive timber processing apparatus, can need according to processing mobile flexibly, and on vertical mobile device substrate sidewall, tool magazine is installed, when horizontal mobile device drives vertical mobile device transverse shifting, tool magazine also can be thereupon traversing, make the timber processing apparatus tool changing convenient, avoided the loaded down with trivial details step of artificial tool changing, and packaged type workbench, make timber to be processed can automatically move on to Working position, above each device provides very big facility for Cutter Body Processing with Machining Center timber.By this, this machining center has improved product and has manufactured efficiency, has reduced the hand labor amount, has reduced production cost.

For more clearly setting forth architectural feature of the present invention and effect, below in conjunction with accompanying drawing and specific embodiment, be described in detail.

The accompanying drawing explanation

The machining center assembling schematic diagram that Fig. 1 is the present invention;

Another visual angle assembling schematic diagram of the machining center that Fig. 2 is the present invention;

The crossbeam that Fig. 3 is the present invention and mobile device assembling schematic diagram;

The crossbeam that Fig. 4 is the present invention and mobile device decomposing schematic representation;

The workbench that Fig. 5 is the present invention and base assembling schematic diagram;

The workbench that Fig. 6 is the present invention and base decomposing schematic representation;

The tool magazine schematic diagram that Fig. 7 is the present invention;

Clamping device schematic diagram in the tool magazine that Fig. 8 is the present invention;

The A-A place cross-sectional schematic that Fig. 9 is Fig. 8;

Clamping device decomposing schematic representation in the tool magazine that Figure 10 is the present invention;

The crossbeam schematic diagram that Figure 11 is the present invention;

The crossbeam internal structure schematic diagram that Figure 12 is the present invention.

the accompanying drawing identifier declaration:

10, base 20, crossbeam

21, steel plate 22, the first rectangular tube

23, reinforce module 231, the second rectangular tube

232, gripper shoe 30, workbench

40, timber processing apparatus 401, main shaft

402, gang drill 50, vertical mobile device

51, substrate 511, main guide rail

52, main sliding panel 521, main guide rail groove

522, main shaft rail plate 523, gang drill rail plate

53, main shaft sliding panel 531, main shaft guide-track groove

54, gang drill sliding panel 541, gang drill guide-track groove

55, main shaft promotes cylinder 56, gang drill promotes cylinder

57, main sliding panel lift cylinder 60, horizontal mobile device

61, horizontal drive motor 62, gear

63, tooth bar 64, cross slide way

65, cross slide way groove 70, tool magazine

71, tool magazine installing plate 72, bracing frame

721, transverse part 722, vertical portion

73, cutterhead 731, servomotor

732, knife plate 733, clamping device

7331, holder 7332, base portion

7333, jig arm 7334, grasping part

7335, positive stop lug boss 7336, device for clamping

7337, through hole 7338, annular boss

7339, end cap 7340, flexible member

7341, knock-out pin 7342, ring-shaped step

734, sensing device 7351, inductor

7352, sensor 74, slide mechanism

741, Rodless cylinder 742, slide block

743, guide rail 744, guide-track groove

80, transmission device 81, table drive motor

82, drive screw 83, movable block

84, supporting seat 85, table slide groove.

The specific embodiment

The present invention as shown in Figures 1 to 12, a kind of gantry frame type Combined timber machining center, comprise base 10, crossbeam 20, workbench 30, be installed on timber processing apparatus 40 on crossbeam 20, drive the vertical mobile device 50 that timber processing apparatus 40 moves up and down, the horizontal mobile device 60 that drives timber processing apparatus 40 transverse shiftings and for the tool magazine 70 of timber processing apparatus 40 tool changing, wherein

This crossbeam 20 is across being installed on base 10 tops, be provided with the brace summer to downward-extension in crossbeam 20 two ends, this crossbeam 20 comprises four block plates 21 that surround the first rectangular tubular 22, and the reinforcing module 23 that is welded in the first rectangular tube 22 inside, this reinforcing module 23 comprises the second rectangular tube 231 of being less than the first rectangular tube 22 and, by outward extending gripper shoe 232 on these the second rectangular tube 231 walls, these gripper shoe 232 tops are welded in respectively on the first rectangular tube 22 inwalls four sides.

This workbench 30 is slideable to be installed on base 10, can between base 10 and crossbeam 20, slide, be provided with a transmission device 80 between this workbench 30 and base 10, this transmission device 80 includes table drive motor 81, drive screw 82, movable block 83, supporting seat 84 and the table slide groove 85 be complementary with movable block 83, wherein, this supporting seat 84 is installed on base 10, on this supporting seat 84, be provided with for the through hole that drive screw 82 is installed, this table drive motor 81 is installed in base 10 1 ends, this movable block 83 is fixed on workbench 30 bottom surfaces, be provided with screw on movable block 83, these drive screw 82 1 ends are connected with table drive motor 81 axles, the other end coordinates with through hole on above-mentioned supporting seat 84 through movable block 83 upper screwed holes, this table slide groove 85 is arranged on base 10, and above-mentioned movable block 83 is slideable to be installed in table slide groove 85.

This timber processing apparatus 40 is installed on above-mentioned crossbeam, and it comprises main shaft 401 and gang drill 402.

This vertical mobile device 50 comprises substrate 51, main sliding panel 52, main shaft sliding panel 53, gang drill sliding panel 54, main shaft promotes cylinder 55, gang drill promotes cylinder 56 and main sliding panel lift cylinder 57, wherein, this substrate 51 is slideable to be installed on above-mentioned crossbeam 20 sidewalls, vertically be provided with main guide rail 511 on substrate 51, be provided with main guide rail groove 521 on main sliding panel 52 bottom surfaces, slideable main guide rail 511 outsides that are nested in of this main guide rail groove 521, vertically be provided with main shaft rail plate 522 and gang drill rail plate 523 in main sliding panel 52 upper surfaces, and respectively at being provided with main shaft guide-track groove 531 on main shaft sliding panel 53, be provided with gang drill guide-track groove 541 on gang drill sliding panel 54, this main shaft guide-track groove 531 and gang drill guide-track groove 541 be slideable above-mentioned main shaft rail plate 522 and gang drill rail plate 523 outsides of being nested in respectively, above-mentioned timber machining center 40 comprises main shaft 401 and gang drill 402, this main shaft 401 and gang drill 402 are individually fixed on main shaft sliding panel 53 and gang drill sliding panel 54, above-mentioned main shaft promotes cylinder 55 and gang drill promotion cylinder 56 is installed in respectively main sliding panel 52 both sides, top, cylinder axis and main shaft sliding panel 53 tops that main shaft promotes cylinder 55 are connected, cylinder axis and gang drill sliding panel 54 tops that gang drill promotes cylinder 56 are connected.

This horizontal mobile device 60 comprises horizontal drive motor 61, gear 62, tooth bar 63, cross slide way 64 and cross slide way groove 65, wherein, this horizontal drive motor 61 vertically is installed in aforesaid substrate 51 tops, gear 62 vertically is installed on horizontal drive motor 61 axle heads, tooth bar 63 laterally is layed on above-mentioned crossbeam 20, and gear 62 is meshed with tooth bar 63; This cross slide way 64 is arranged at crossbeam 20 near on the sidewall of substrate 51, and this cross slide way groove 65 is arranged at substrate 51 backs, and cross slide way groove 65 is nested in cross slide way 64 outsides;

This tool magazine 70 comprises tool magazine installing plate 71, bracing frame 72, be installed on cutterhead 73 on bracing frame 72 and for the slide mechanism 74 with movable knife disc 73 transverse shiftings, this tool magazine installing plate 71 is installed on aforesaid substrate 51 sidewalls, this bracing frame 72 is slideable to be installed on tool magazine installing plate 71, and it comprises transverse part 721 and is arranged at the vertical portion 722 on transverse part 721, this slide mechanism 74 comprises Rodless cylinder 741, slide block 742, guide rail 743 and guide-track groove 744, this Rodless cylinder 741 is installed on crossbeam 20 sidewalls, this Rodless cylinder 741 has a cylinder axis 7411, the vertical portion 722 of above-mentioned bracing frame 72 is installed on this slide block 742, this guide rail 743 is horizontally set on above-mentioned tool magazine installing plate 71, the corresponding guide rail 743 of this guide-track groove 744 is arranged on above-mentioned bracing frame 72, slideable guide rail 743 outsides that are nested in of this guide-track groove 744, this cutterhead 73 includes servomotor 731, knife plate 732 and a plurality of clamping device for holding cutter 733, this servomotor 731 vertically is installed on above-mentioned bracing frame 72, this knife plate 732 is installed on servomotor 731 axles, and these a plurality of clamping devices 733 were arranged on knife plate 732 along 732 circle spacings of knife plate, this clamping device 733 includes holder 7331 and is installed on the device for clamping 7336 on holder 7331, this holder 7331 comprises base portion 7332 and two jig arm 7333 of being extended forward by this base portion 7332, these two jig arm, 7333 subtend bendings surround the grasping part 7334 for mounting cutter, and protrude out the positive stop lug boss 7335 be provided with for to cutter spacing in the interior side direction grasping part 7334 of two jig arm 7333, above-mentioned device for clamping 7336 is arranged at two jig arm 7333 front ends, be positioned at grasping part 7334 opening parts, this device for clamping 7336 comprises that inside has the through hole 7337 of annular boss 7338, end cap 7339, flexible member 7340 and knock-out pin 7341, this end cap 7339 is placed on through hole 7337 outer openings, this flexible member 7340 and knock-out pin 7341 are placed in through hole 7337, these knock-out pin 7341 front ends are circular arc, its middle part is provided with ring-shaped step 7342, this ring-shaped step 7342 is butted on the interior annular boss 7338 of through hole 7337, knock-out pin 7341 front ends stretch out outside through hole 7337, knock-out pin 7341 rear ends are butted on flexible member 7340, flexible member 7340 rear ends are butted on end cap 7339.In addition, the sensing device 734 of whether getting back to origin position (giving tacit consent to No. 1 cutter is origin position) for monitoring tool magazine 70 cutters is installed on cutterhead 73, this sensing device 734 comprises inductor 7351 and sensor 7352, this inductor 7351 is installed on knife plate 732 upper surfaces, and this sensor 7352 is installed on the transverse part 721 of above-mentioned bracing frame 72.

The principle of the invention is as follows,

The movement of workbench 30: table drive motor 81 drives drive screws 82 and rotates, and movable block 83 rotates and moves with drive screw 82, and workbench 30 moves with movable block 83 under the cooperation of table slide groove 85 and movable block 83;

The lifting of main shaft 401 and gang drill 402: when main shaft 401 and gang drill 402 synchronization lifting, main sliding panel lift cylinder 57 drives main sliding panel 52 and move, be installed on that main shaft on main sliding panel 52 promotes cylinder 55 and gang drill promotes cylinder 56 drive main shafts 401 and gang drill 402 moves with main sliding panel 62 under the cooperation of main guide rail groove 521 and main guide rail 511; Main shaft 401 and gang drill 402 are asynchronous when mobile, main shaft promotes cylinder 55 and drives main shaft sliding panels 53 and moved under the cooperation of main shaft guide-track groove 531 and main shaft rail plate 522, and gang drill promotes cylinder 56 drive gang drill sliding panels 54 and moved under the cooperation of gang drill guide-track groove 541 and gang drill rail plate 523;

The transverse shifting of main shaft 401 and gang drill 402: horizontal drive motor 61 driven gears 62 that are installed on substrate 51 rotate, gear 62 is meshed with crossbeam 20 upper racks 63, tooth bar 63 maintains static, substrate 51 laterally moves under the cooperation of cross slide way groove 65 and cross slide way 64 with horizontal drive motor 61, and main shaft 401 and gang drill 402 on substrate 51 move thereupon;

The movement of tool magazine 70 and tool changing: when horizontal mobile device 60 drives vertical mobile device 50 transverse shifting, because substrate 51 in tool magazine installing plate 71 and vertical mobile device 50 is connected mutually, tool magazine 70 can be with horizontal mobile device 60 synchronizing movings, shortened the distance of cutter spindle 401 with tool magazine 70, thereby, shortened tool change time;

During tool changing, firmly cutter is overcome to the elastic force of device for clamping 7336 by the opening part of grasping part 7334, clamp-on in grasping part 7334, cutter outer wall upper groove is embedded on the positive stop lug boss 7335 in grasping part 7334, on device for clamping 7336, knock-out pin 7341 resets under flexible member 7340 effects, and be blocked in the cutter outside, prevent that cutter from deviating from grasping part 7334; During rotary cutter, servomotor 731 drives knife plate 732 and rotates, first sensor 7351 and 7352 pairs of knife plates of the second sensor, 732 rotational angle Real-Time Monitorings, and when cutter turns to assigned address, servomotor 731 stops operating; During mobile cutterhead 73, Rodless cylinder 741 top shoe 742 transverse shiftings, cutterhead 73 upper rail grooves 744 laterally move on guide rail 743, and after moving to assigned address, Rodless cylinder 741 decommissions, and cutterhead 73 is fixing.

Design focal point of the present invention is, by being set on crossbeam, vertical mobile device and horizontal mobile device drive timber processing apparatus, can need according to processing mobile flexibly, and on vertical mobile device substrate sidewall, tool magazine is installed, when horizontal mobile device drives vertical mobile device transverse shifting, tool magazine also can be thereupon traversing, make the timber processing apparatus tool changing convenient, avoided the loaded down with trivial details step of artificial tool changing, and packaged type workbench, make timber to be processed can automatically move on to Working position, above each device provides very big facility for Cutter Body Processing with Machining Center timber.By this, this machining center has improved product and has manufactured efficiency, has reduced the hand labor amount, has reduced production cost.

The above, it is only preferred embodiment of the present invention, not technical scope of the present invention is imposed any restrictions, therefore every foundation technical spirit of the present invention all still belongs in the scope of technical solution of the present invention any trickle modification made for any of the above embodiments, equivalent variations and modification.

Claims (9)

1. a gantry frame type Combined timber machining center, comprise vertical mobile device and horizontal mobile device and tool magazine that base, crossbeam, workbench, timber processing apparatus, drive timber processing apparatus move, it is characterized in that:
This crossbeam is across the base top, in the crossbeam two ends, is provided with the brace summer to downward-extension, and above-mentioned workbench is installed on above-mentioned base, can between base and crossbeam, slide;
This vertical mobile device comprises substrate, main sliding panel, the main shaft sliding panel, the gang drill sliding panel, main shaft promotes cylinder, gang drill promotes cylinder and main sliding panel lift cylinder, wherein, this substrate is slideable to be installed on above-mentioned beam side wall, vertically be provided with main guide rail on substrate, be provided with the main guide rail groove on main sliding panel bottom surface, the slideable main guide rail outside that is nested in of this main guide rail groove, vertically be provided with main shaft rail plate and gang drill rail plate in main sliding panel upper surface, respectively at being provided with the main shaft guide-track groove on the main shaft sliding panel, be provided with the gang drill guide-track groove on the gang drill sliding panel, this main shaft guide-track groove and gang drill guide-track groove be slideable above-mentioned main shaft rail plate and the gang drill rail plate outside of being nested in respectively, above-mentioned timber processing apparatus comprises main shaft and gang drill, this main shaft and gang drill are individually fixed on main shaft sliding panel and gang drill sliding panel, above-mentioned main shaft promotes cylinder and gang drill promotion cylinder is installed in respectively both sides, main sliding panel top, cylinder axis and main shaft sliding panel top that main shaft promotes cylinder are connected, cylinder axis and gang drill sliding panel top that gang drill promotes cylinder are connected,
This horizontal mobile device comprises horizontal drive motor, gear, tooth bar, cross slide way and cross slide way groove, wherein, this horizontal drive motor vertically is installed in the aforesaid substrate top, gear vertically is installed on the horizontal drive motor axle head, tooth bar laterally is layed on above-mentioned crossbeam, and wheel and rack is meshed; This cross slide way is arranged at crossbeam near on the sidewall of substrate, and this cross slide way groove is arranged at the substrate back, and the cross slide way groove is nested in the cross slide way outside;
This tool magazine comprises the tool magazine installing plate, bracing frame, be installed on cutterhead on bracing frame and for the slide mechanism with the movable knife disc transverse shifting, this tool magazine installing plate is installed on the aforesaid substrate sidewall, this slide mechanism comprises Rodless cylinder, slide block, guide rail and guide-track groove, this Rodless cylinder is installed on the tool magazine installing plate, this Rodless cylinder has a cylinder axis and the slideable slide block be installed on cylinder axis, above-mentioned bracing frame is installed on this slide block, this guide rail is horizontally set on above-mentioned crossbeam, the corresponding guide rail of this guide-track groove is arranged on above-mentioned bracing frame, the slideable guide rail outside that is nested in of this guide-track groove.
2. gantry frame type Combined timber machining center according to claim 1, it is characterized in that: be provided with a transmission device between described workbench and base, this transmission device includes table drive motor, drive screw, movable block, supporting seat and the table slide groove be complementary with movable block, wherein, this supporting seat is installed on base, on this supporting seat, be provided with for the through hole that drive screw is installed, this drive motors is installed in base one end, this movable block is fixed on the workbench bottom surface, be provided with screw on movable block, this drive screw one end is connected with the table drive motor axle, the other end coordinates with through hole on above-mentioned supporting seat through the movable block upper screwed hole, this table slide groove is arranged on base, and above-mentioned movable block is slideable to be installed in the table slide groove.
3. gantry frame type Combined timber machining center according to claim 1, it is characterized in that: described cutterhead includes servomotor, knife plate and a plurality of clamping device for holding cutter, this servomotor vertically is installed on above-mentioned bracing frame, this knife plate is installed on servo motor shaft, and these a plurality of clamping devices were arranged on knife plate along the knife plate circle spacing.
4. gantry frame type Combined timber machining center according to claim 3, it is characterized in that: described clamping device includes holder and is installed on the device for clamping on holder, this holder comprises base portion and two jig arm of being extended forward by this base portion, and this two jig arm subtend bending surrounds the grasping part for mounting cutter; Above-mentioned device for clamping is arranged at two jig arm front ends, be positioned at the grasping part opening part, this device for clamping comprises that inside has the through hole of annular boss, end cap, flexible member and knock-out pin, this end cap is placed on the through hole outer openings, and this flexible member and knock-out pin are placed in through hole, and this knock-out pin middle part is provided with ring-shaped step, this ring-shaped step is butted on the interior annular boss of through hole, the knock-out pin front end stretches out outside through hole, and the knock-out pin rear end is butted on flexible member, and the flexible member rear end is butted on end cap.
5. gantry frame type Combined timber machining center according to claim 4, it is characterized in that: described knock-out pin front end is circular arc.
6. gantry frame type Combined timber machining center according to claim 4, is characterized in that: in described two jig arm, in the side direction grasping part, protrude out and be provided with positive stop lug boss.
7. gantry frame type Combined timber machining center according to claim 3 is characterized in that: support frame as described above comprises transverse part and is arranged at the vertical portion on transverse part, and above-mentioned servomotor vertically is installed on this transverse part.
8. gantry frame type Combined timber machining center according to claim 7, it is characterized in that: the sensing device of whether getting back to origin position for monitoring the tool magazine cutter is installed on described cutterhead, this sensing device comprises inductor and sensor, this inductor is installed on the knife plate upper surface, and this installation of sensors is on the transverse part of above-mentioned bracing frame.
9. gantry frame type Combined timber machining center according to claim 1, it is characterized in that: described crossbeam comprises four block plates that surround the first rectangular tubular, and the reinforcing module that is welded in the first rectangular tube inside, this reinforcing module comprises the second rectangular tube of being less than the first rectangular tube and, by outward extending gripper shoe on this second rectangular tube wall, this gripper shoe top is welded in respectively on the first rectangular tube inwall four sides.
CN201310344830.1A 2013-08-09 2013-08-09 Portal frame type compound wood processing center CN103448106B (en)

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Application Number Priority Date Filing Date Title
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CN103448106B CN103448106B (en) 2015-02-25

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CN104354194A (en) * 2014-10-29 2015-02-18 东莞市南兴家具装备制造股份有限公司 Drilling and sawing combined component for wood processing center
CN104354193A (en) * 2014-10-30 2015-02-18 东莞市南兴家具装备制造股份有限公司 Machine head structure of wood processing center
CN104369232A (en) * 2014-11-13 2015-02-25 东莞市南兴家具装备制造股份有限公司 Double-main-shaft double-working-table gantry type heavy wood composite processing center
CN104526784A (en) * 2014-12-09 2015-04-22 南通国全木工机械制造有限公司 Composite wood processing center
CN104626291A (en) * 2014-12-30 2015-05-20 东莞市南兴家具装备制造股份有限公司 Vertical plate feeding numerical control drill with routing
CN105345898A (en) * 2015-09-24 2016-02-24 天峨县平昌生态农业有限公司 Drilling, alignment and turning all-in-one machine for wood
CN105458894A (en) * 2015-12-15 2016-04-06 嵊州市古艺木雕装饰有限公司 Three-shaft type board cutting machine
CN106182188A (en) * 2016-08-30 2016-12-07 美克国际家私(天津)制造有限公司 A kind of five-axle linkage curve sheet material machining center
CN106182202A (en) * 2016-07-13 2016-12-07 江苏国全自动化科技有限公司 Multicutter numerical control mitered machine
CN108297178A (en) * 2018-01-23 2018-07-20 东莞理工学院 A kind of twin columns cutter device with feedback function
CN108971567A (en) * 2018-08-31 2018-12-11 济南法特数控机械有限责任公司 Push type rotates tool magazine and the more main shaft sieve plate drilling machines of double power head including the tool magazine

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CN104354194A (en) * 2014-10-29 2015-02-18 东莞市南兴家具装备制造股份有限公司 Drilling and sawing combined component for wood processing center
CN104354193A (en) * 2014-10-30 2015-02-18 东莞市南兴家具装备制造股份有限公司 Machine head structure of wood processing center
CN104369232A (en) * 2014-11-13 2015-02-25 东莞市南兴家具装备制造股份有限公司 Double-main-shaft double-working-table gantry type heavy wood composite processing center
CN104526784A (en) * 2014-12-09 2015-04-22 南通国全木工机械制造有限公司 Composite wood processing center
CN104526784B (en) * 2014-12-09 2017-01-18 南通国全木工机械制造有限公司 Composite wood processing center
CN104626291A (en) * 2014-12-30 2015-05-20 东莞市南兴家具装备制造股份有限公司 Vertical plate feeding numerical control drill with routing
CN105345898A (en) * 2015-09-24 2016-02-24 天峨县平昌生态农业有限公司 Drilling, alignment and turning all-in-one machine for wood
CN105458894A (en) * 2015-12-15 2016-04-06 嵊州市古艺木雕装饰有限公司 Three-shaft type board cutting machine
CN106182202A (en) * 2016-07-13 2016-12-07 江苏国全自动化科技有限公司 Multicutter numerical control mitered machine
CN106182202B (en) * 2016-07-13 2018-07-10 江苏国全自动化科技有限公司 Multicutter numerical control mitered machine
CN106182188A (en) * 2016-08-30 2016-12-07 美克国际家私(天津)制造有限公司 A kind of five-axle linkage curve sheet material machining center
CN108297178A (en) * 2018-01-23 2018-07-20 东莞理工学院 A kind of twin columns cutter device with feedback function
CN108971567A (en) * 2018-08-31 2018-12-11 济南法特数控机械有限责任公司 Push type rotates tool magazine and the more main shaft sieve plate drilling machines of double power head including the tool magazine

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