CN104191886B - The two-sided engraving machine of a kind of wooden door leaf - Google Patents
The two-sided engraving machine of a kind of wooden door leaf Download PDFInfo
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- CN104191886B CN104191886B CN201410448957.2A CN201410448957A CN104191886B CN 104191886 B CN104191886 B CN 104191886B CN 201410448957 A CN201410448957 A CN 201410448957A CN 104191886 B CN104191886 B CN 104191886B
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Abstract
The invention relates to the two-sided engraving machine of a kind of wooden door leaf, and comprise workbench, two-sided engraving parts and horizontal transferring device, two-sided engraving machine has length standard, for determining door leaf position in the X-axis direction; Horizontal transferring device has width benchmark, for determining door leaf position in the Y-axis direction; Two-sided engraving parts comprise upper knife module and lower tool module, and the cutter head of upper knife module is downward, and the cutter head of lower tool module upward, move by upper knife module and lower tool module in the Y-axis direction level of synchronization.The invention can process the pattern on positive and negative two faces of wooden door leaf simultaneously, avoids the pattern inconsistent phenomenon occurring door leaf two sides, significantly improves the production efficiency of door leaf pattern processing simultaneously.
Description
Technical field
Patent application of the present invention relates to woodworking machinery field, especially a kind of two-sided engraving machine simultaneously can processing pattern on wooden door leaf two faces.
Background technology
In the door leaf processing of existing timber, need to make same lines and decorative pattern on door leaf tow sides, i.e. two-side graph specular.The two-sided processing of tradition door leaf, needs first to process on one face, processes rear upset door leaf, reprocessing another one face.Because processing exists error, the pattern on the door leaf two sides processed can be caused like this to misplace; Meanwhile, because same pattern needs twice processing to cause production efficiency not high.
Summary of the invention
For solving the above-mentioned problems in the prior art, the object of the invention is to provide the two-sided engraving machine of a kind of wooden door leaf, the pattern on positive and negative two faces of wooden door leaf can be processed simultaneously, avoid the pattern inconsistent phenomenon occurring door leaf two sides, significantly improve the production efficiency of door leaf pattern processing simultaneously.
The invention provides following technical scheme: the two-sided engraving machine of a kind of wooden door leaf, comprise workbench, two-sided engraving parts and horizontal transferring device, setting door leaf throughput direction is the X-direction of engraving machine, with X-axis same level and the direction vertical with X-axis is the Y direction of engraving machine, vertical direction is the Z-direction of engraving machine, described two-sided engraving machine has length standard, for determining door leaf position in the X-axis direction; Described horizontal transferring device has width benchmark, for determining door leaf position in the Y-axis direction; Described horizontal transferring device is used for door leaf to carry along X-axis; Described two-sided engraving parts comprise upper knife module and lower tool module, and the cutter head of upper knife module is downward, and the cutter head of lower tool module upward, move by upper knife module and lower tool module in the Y-axis direction level of synchronization; Described two-sided engraving parts comprise upper beam, engraving parts frame, cutter Y-axis feeding module and length standard module, upper beam is provided with upper knife module, engraving parts frame is provided with lower tool module and length standard module, and each cutter module includes cutter Z axis feeding module and cutter rotary module.
Further, described workbench comprises frame, roller frame, roller frame lift cylinder, workpiece support, roller frame lift cylinder and workpiece support are arranged in frame, and roller frame rear and front end is connected with the piston rod of roller frame lift cylinder respectively, parallelly on roller frame are provided with multiple roller; Multiple workpiece support is installed in parallel on feed frame.
Further, described cutter Y-axis feeding module to comprise in Y-axis drive motors, first order transmission, second level upper driving, second level underdrive, Y-axis guide rail, Y-axis guide rail slide block, Y-axis ball screw assembly, under ball screw assembly, and Y-axis, the top and the bottom structure of described cutter Y-axis feeding module is identical, and the gearratio of transmission at different levels is also identical.
Further, described cutter Z axis feeding module comprises vertical saddle, Z axis guide rail, Z axis guide rail slide block, Z axis drive motors and Z axis ball screw assembly; Described cutter rotary module comprises spindle motor, handle of a knife, cutter and dust shield.
Further, described length standard module comprises length standard, length standard lift cylinder and length standard lifting guide pillar.
Further, described horizontal transferring device comprises door leaf clamping device, X-axis guide rail, X-axis ball screw assembly, and X-axis drive motors, described door leaf clamping device is made up of width benchmark, tong frame, X-axis guide rail slide block, compression cylinder and top board, door leaf clamping device is fixedly connected with the ball-screw nut of X-axis ball screw assembly, X-axis guide rail slide block is enclosed within X-axis guide rail, can slide anteroposterior in the X-axis direction.
The beneficial effect of the invention is: (1) due to the operation of door leaf in material loading, processing and blanking process be all electric power and air cylinder driven, operative is convenient, and the amount of labour is little, and production efficiency is high; (2) be provided with in opposite directions and two of synchronization action cutter modules at two-sided engraving parts, the two-sided of door leaf can be realized and process simultaneously, both improve production efficiency and turn improved crudy.
Accompanying drawing explanation
Fig. 1 is the two-sided engraving machine overall schematic of the wooden door leaf of the invention;
Fig. 2 is the wooden door leaf of the invention two-sided engraving machine workbench schematic diagram;
Fig. 3 is the two-sided engraving block diagram of the two-sided engraving machine of the wooden door leaf of the invention;
Fig. 4 is the cutter module schematic diagram of the two-sided engraving machine of the wooden door leaf of the invention;
Fig. 5 is the horizontal transferring device schematic diagram of the two-sided engraving machine of the wooden door leaf of the invention;
Fig. 6 is the door leaf clamping device schematic diagram of the two-sided engraving machine of the wooden door leaf of the invention.
Wherein 1-workbench, 11-frame, 12-roller frame, 121-roller, 13-roller frame lift cylinder, 14-workpiece support;
The two-sided engraving parts of 2-, 21-upper knife module, the vertical feeding module of 211-cutter, 2111-vertical saddle, 2112-Z axis rail, 2113-Z axis rail slide block, 2114-Z axis drive motor, 2115-Z axle ball screw assembly, 212-cutter rotary module, 2121-spindle motor, 2122-handle of a knife, 2123-cutter, 2124-dust shield, 22-lower tool module, 23-upper beam, 24-carves part stent, 25-cutter Y-axis feeding module, 251-Y axis drive motor, the transmission of the 252-first order, 253-second level upper driving, 254-second level underdrive, 255-Y axis rail, 256-Y axis rail slide block, ball screw assembly, on 257-Y axle, ball screw assembly, under 258-Y axle, 26-length standard, 27-length standard lift cylinder,
3-horizontal transferring device, 31-door leaf clamping device, 311-width benchmark, 312-tong frame, 313-X axis rail slide block, 314-compression cylinder, 315-top board, 32-X axis rail, 33-X axle ball screw assembly, 34-X axis drive motor.
Detailed description of the invention
Below in conjunction with accompanying drawing, the two-sided engraving machine of a kind of wooden door leaf of the invention is further described.
As shown in Figure 1, the two-sided engraving machine of wooden door leaf comprises workbench 1, two-sided engraving parts 2 and horizontal transferring device 3, setting door leaf throughput direction is the X-direction of engraving machine, with X-axis same level and the direction vertical with X-axis is the Y direction of engraving machine, vertical direction is the Z-direction of engraving machine, and two-sided engraving machine has length standard 26 for determining door leaf position in the X-axis direction; Horizontal transferring device 3 has width benchmark 311 for determining door leaf position in the Y-axis direction; Horizontal transferring device 3 is for carrying door leaf along X-axis; Two-sided engraving parts 2 comprise upper knife module 21 and lower tool module 22, and the cutter head of upper knife module 21 is downward, and upward, upper knife module 21 and lower tool module 22 are synchronized with the movement the cutter head of lower tool module 22 in the Y-axis direction.
As shown in Figure 2, workbench 1 comprises frame 11, roller frame 12, roller frame lift cylinder 13 and workpiece support 14, roller frame lift cylinder 13, workpiece support 14 are arranged in frame 11, roller frame 12 rear and front end is connected with the piston rod of two roller frame lift cylinders 13 respectively, parallelly on roller frame 12 is provided with multiple roller 121; Multiple workpiece support 14 is installed in parallel in frame 11.
As shown in Figure 3, two-sided engraving parts 2 comprise upper beam 23, engraving parts frame 24, cutter Y-axis feeding module 25 and length standard module, upper beam 23 is provided with upper knife module 21, engraving parts frame 24 is provided with lower tool module 22, for top cutter module 21, each cutter module (21,22) all includes the vertical feeding module 211 of cutter and cutter rotary module 212.
Cutter Y-axis feeding module 25 to comprise in Y-axis drive motors 251, first order transmission 252, second level upper driving 253, second level underdrive 254, Y-axis guide rail 255, Y-axis guide rail slide block 256, Y-axis ball screw assembly, 258 under ball screw assembly, 257 and Y-axis.Wherein top and the bottom structure is identical, and the gearratio of transmission at different levels is also identical.
Length standard module comprises length standard 26, length standard lift cylinder 27 and length standard lifting guide pillar.
As shown in Figure 4, for top cutter module 21, its vertical feeding module 211 of cutter comprises vertical saddle 2111, Z axis guide rail 2112, Z axis guide rail slide block 2113, Z axis drive motors 2114 and Z axis ball screw assembly, 2115; Cutter rotary module 212 comprises spindle motor 2121, handle of a knife 2122, cutter 2123 and dust shield 2124.
As shown in Figure 5, horizontal transferring device 3 comprises door leaf clamping device 31, X-axis guide rail 32, X-axis ball screw assembly, 33 and X-axis drive motors 34, and door leaf clamping device 31 is fixedly connected with the ball-screw nut 331 of X-axis ball screw assembly, 33.
As shown in Figure 6, door leaf clamping device 31 is made up of width benchmark 311, tong frame 312, X-axis guide rail slide block 313, compression cylinder 314 and top board 315, wherein width benchmark 311 is for locating the position of door-plate at width, tong frame 312 is for supporting upper platen 315, under the effect of compression cylinder 314, top board 315 can move up and down along the guide rail on tong frame 312, and X-axis guide rail slide block 313 is enclosed within X-axis guide rail 32, can slide anteroposterior in the X-axis direction.
Be below the workflow of the two-sided engraving machine of a kind of wooden door leaf of the invention:
material loading: roller frame lift cylinder 13 and the length standard lift cylinder 27 of workbench 1 both sides move simultaneously, the roller frame 12 of workbench 1 and length standard 26 are lifted, make the highest of workbench 1 roller frame 12 upper roller 121 higher than workpiece support 14 plane, now push door leaf, door leaf moves on roller 121 always, until its top and a side are close to length standard 26, tight width benchmark 311, and now roller lift cylinder 13 action, put down roller frame 12, make door leaf drop in workpiece support 14; The compression cylinder 314 of door leaf clamping device 31 works, and orders about top board 315 and presses down, and door leaf is fixed in door leaf clamping device 31.There is impression to prevent door leaf from being pressed by door leaf clamping device 31, can top board 315 and below supporting plate fixes one piece of flexure strip, such as sheet rubber or felt piece etc.
cutter is carved: door leaf enters two-sided engraving parts 2 under the conveying of horizontal transferring device 3, now X-axis drive motors 34 works, drive X-axis ball screw assembly, 33, ball-screw nut 331 is driven to move, ball-screw nut 331 and X-axis guide rail slide block 313 are together fixed on door leaf clamping device 31, thus drive X-axis guide rail slide block 313 to draw door leaf along X-axis guide rail 32 to move to discharging area, Y-axis drive motors 251 and Z axis drive motors 2114 work simultaneously, make cutter 2123 at YZ planar movement to suitable position, wherein, Y-axis drive motors 251 controls upper and lower cutter module (21 by upper and lower synchronizing wheel simultaneously, 22) cutter Y-axis feeding module 25 motion in the Y-axis direction, namely Y direction is for being synchronized with the movement, and upper and lower cutter module (21, 22) two Z axis drive motors 2114 of the vertical feeding module 211 of cutter work alone.
Y-axis drive motors 251 is by first order transmission 252 deceleration transmission, the deceleration end portion of being slowed down by the first order again to draw in Y-axis ball screw assembly, 258 under ball screw assembly, 257 and Y-axis simultaneously, form double reduction, rotate Y-axis ball screw assembly, (257 successively again, 258) ball-screw, carry its tools module (21,22) move left and right along Y-axis guide rail 255, because its upper and lower two parts gearratio is identical, ensure that and be connected to Y-axis ball screw assembly, (257,258) cutter module up and down (21,22) being synchronized with the movement in the Y-axis direction.
The vertical feeding module 211 of cutter of Z-direction, for top cutter module 21, the ball-screw of Z axis ball screw assembly, 2115 is driven to rotate by Z axis drive motors 2114, and then the ball-screw nut motion controlled on it, ball-screw nut and Z axis guide rail slide block 2113 are together fixed on cutter module 21, thus cutter module 21 is moved up and down along Z axis guide rail 2112.
Cutter rotary module (212,222), for top cutter module 21, by the rotation of spindle motor 2121, rotate by handle of a knife 2122 carry its tools 2123 and then cut door leaf, circular dust shield 2124 is housed in cut place, when wood chip is cut to, will by dust shield 2124 by sucking-off in time.Cutter 2123 part is only limitted to the motion in YZ plane, and X-axis drive motors 34 controls length direction and the X-direction motion of door leaf, drives door leaf motion to cut, thus cut out pattern by the feeding of horizontal transferring device 3 on door leaf.
blanking: after workpiece and door leaf have been cut, cutter 2123 has playbacked, and X-axis drive motors 34 works on, and drives door leaf to move along X-direction, shifts out two-sided engraving parts 2, X-axis drive motors 34 stall subsequently, unclamp door leaf clamping device 31 and decontroled by door leaf.The roller lift cylinder 13 of workbench 1 both sides moves simultaneously, is lifted by workbench 1 roller 121, thus holds up door leaf, shifts out workpiece by outside clamp device, completes the door leaf processing of a flow process.
Claims (6)
1. the two-sided engraving machine of wooden door leaf, comprise workbench (1), two-sided engraving parts (2) and horizontal transferring device (3), setting door leaf throughput direction is the X-direction of engraving machine, with X-axis same level and the direction vertical with X-axis is the Y direction of engraving machine, vertical direction is the Z-direction of engraving machine, described two-sided engraving machine has length standard (26), for determining door leaf position in the X-axis direction; Described horizontal transferring device (3) has width benchmark (311), for determining door leaf position in the Y-axis direction; Described horizontal transferring device (3) is for carrying door leaf along X-axis; Described two-sided engraving parts (2) comprise upper knife module (21) and lower tool module (22), the cutter head of upper knife module (21) is downward, the cutter head of lower tool module (22) upward, move by upper knife module (21) and lower tool module (22) in the Y-axis direction level of synchronization; It is characterized in that: described two-sided engraving parts (2) comprise upper beam (23), engraving parts frame (24), cutter Y-axis feeding module (25) and length standard module, upper beam (23) is provided with upper knife module (21), engraving parts frame (24) is provided with lower tool module (22) and length standard module, each cutter module (21,22) all includes cutter Z axis feeding module (211) and cutter rotary module (212).
2. the two-sided engraving machine of a kind of wooden door leaf as claimed in claim 1, it is characterized in that: described workbench (1) comprises frame (11), roller frame (12), roller frame lift cylinder (13), workpiece support (14), roller frame lift cylinder (13), workpiece support (14) are arranged in frame (11), roller frame (12) rear and front end is connected with the piston rod of roller frame lift cylinder (13) respectively, and roller frame (12) is above parallel is provided with multiple roller (121); Workpiece support (14) is installed in parallel in frame (11).
3. the two-sided engraving machine of a kind of wooden door leaf as claimed in claim 1, it is characterized in that: described cutter Y-axis feeding module (25) to comprise in Y-axis drive motors (251), first order transmission (252), second level upper driving (253), second level underdrive (254), Y-axis guide rail (255), Y-axis guide rail slide block (256), Y-axis ball screw assembly, (258) under ball screw assembly, (257) and Y-axis, the top and the bottom structure of described cutter Y-axis feeding module (25) is identical, and the gearratio of transmission at different levels is also identical.
4. the two-sided engraving machine of the wooden door leaf of the one as described in claim 1 or 3, is characterized in that: described cutter Z axis feeding module (211) comprises vertical saddle (2111), Z axis guide rail (2112), Z axis guide rail slide block (2113), Z axis drive motors (2114) and Z axis ball screw assembly, (2115); Described cutter rotary module (212) comprises spindle motor (2121), handle of a knife (2122), cutter (2123) and dust shield (2124).
5. the two-sided engraving machine of the wooden door leaf of the one as described in claim 1 or 3, is characterized in that: described length standard module comprises length standard (26), length standard lift cylinder (27) and length standard lifting guide pillar.
6. the two-sided engraving machine of the wooden door leaf of the one as described in claim 1-3 any one, it is characterized in that: described horizontal transferring device (4) comprises door leaf clamping device (31), X-axis guide rail (32), X-axis ball screw assembly, (33) and X-axis drive motors (34), described door leaf clamping device (31) is by width benchmark (311), tong frame (312), X-axis guide rail slide block (313), compression cylinder (314) and top board (315) composition, door leaf clamping device (31) is fixedly connected with the ball-screw nut of X-axis ball screw assembly, (33), X-axis guide rail slide block (313) is enclosed within X-axis guide rail (32), can slide anteroposterior in the X-axis direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410448957.2A CN104191886B (en) | 2014-09-04 | 2014-09-04 | The two-sided engraving machine of a kind of wooden door leaf |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410448957.2A CN104191886B (en) | 2014-09-04 | 2014-09-04 | The two-sided engraving machine of a kind of wooden door leaf |
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| CN104191886A CN104191886A (en) | 2014-12-10 |
| CN104191886B true CN104191886B (en) | 2016-03-23 |
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