CN110405877A - A kind of numerical control tenon working machine - Google Patents
A kind of numerical control tenon working machine Download PDFInfo
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- CN110405877A CN110405877A CN201910557056.XA CN201910557056A CN110405877A CN 110405877 A CN110405877 A CN 110405877A CN 201910557056 A CN201910557056 A CN 201910557056A CN 110405877 A CN110405877 A CN 110405877A
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- horizontal
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27F—DOVETAILED WORK; TENONS; SLOTTING MACHINES FOR WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES
- B27F1/00—Dovetailed work; Tenons; Making tongues or grooves; Groove- and- tongue jointed work; Finger- joints
- B27F1/08—Making dovetails, tongues, or tenons, of definite limited length
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Wood Science & Technology (AREA)
- Mechanical Engineering (AREA)
- Forests & Forestry (AREA)
- Dovetailed Work, And Nailing Machines And Stapling Machines For Wood (AREA)
Abstract
The invention discloses a kind of numerical control tenon working machines, including lathe body (1), workbench (2), front protection cover (3), rear shield (4), machine tool chief axis (5), lubricating pump (6), the attached cover (7) of lubricating pump, side seal board (8) and electrical system, the bottom of lathe is arranged in the lathe body (1), lathe body is provided with shield on the upside of (1), the shield includes front protection cover (3) and rear shield (4), the workbench (2) is arranged between front protection cover (3) and rear shield (4), the attached cover (7) of lubricating pump is provided on the left of the lathe body (1), the other side is equipped with electrical system, rear side of machine tool chief axis (5) setting in workbench (2).
Description
Technical field
The present invention relates to the technical field of tenon working machine, especially a kind of numerical control tenon working machine.
Background technique
Currently, such as drawer structure in furniture, what the connection structure between the plate of four sides generally mostly used is dovetail
Structure, the existing processing to dovetail structure are made of Full-automatic numerical control dovetail joint machine.Match as dovetail
When to processing, to guarantee that the pairing of tongue and groove part is leveled up and down, it is necessary to adjust left and right vertically by flitch and left and right horizontal by flitch
Magnitude of misalignment is in 1/2B (1/2 tenon away from) position of standard.Common tenon working machine is indicated by scale, and magnitude of misalignment is manually calculated,
It manually adjusts horizontal by flitch.After processing pairing measurement error, remakes and adjust test-run a machine repeatedly.The difficulty of adjusting is bigger,
Requirement to operator is relatively high.
Summary of the invention
The purpose of the present invention is to overcome the shortcomings of the existing technology, provides a kind of numerical control tenon working machine.
The purpose of the present invention is achieved through the following technical solutions: a kind of numerical control tenon working machine, including lathe body, work
The attached cover of platform, front protection cover, rear shield, machine tool chief axis, lubricating pump, lubricating pump, side seal board and electrical system, the lathe body setting
Shield is provided on the upside of the bottom of lathe, lathe body, the shield includes front protection cover and rear shield, and the workbench is set
It sets between front protection cover and rear shield, the side of the lathe body is provided with the attached cover of lubricating pump, and the other side is equipped with electrical system,
The upside of the attached cover of lubricating pump is equipped with lubricating pump, and the front protection cover is connected with the side of rear shield by side seal board, the machine
The downside of workbench is arranged in bed main shaft.
The workbench includes horizontal table, vertical workbench, column, driving and reversing mechanism and leans on square driving assembly, described
Column includes left column and right column, and the upside of column is arranged in the horizontal table, and the vertical workbench is vertically set
It sets on horizontal table, vertical workbench is identical as horizontal table structure, and the driving and reversing mechanism is arranged in horizontal table
Lower end, the two sides that vertical workbench is arranged in by square driving assembly, the horizontal table includes fixture and pressing element, institute
Stating fixture includes by side, fixture block and horizontal clamping plate, and the pressing element includes horizontal air cylinder and horizontal pressure plate, tells that by side include water
A flat left side, by side, is separately positioned on the two sides of workbench by side and the horizontal right side, is connected with by square driving assembly, and the fixture block, which is arranged, to exist
The middle position of workbench, including horizontal left fixture block and horizontal right fixture block, respectively and by square cooperating, the horizontal clamping plate is set
It sets on fixture block, the horizontal air cylinder is arranged on horizontal supporting plate by horizontal air cylinder mounting base, and the horizontal supporting plate passes through branch
Bar A is vertically mounted on horizontal table, and the horizontal pressure plate is connected to the downside of horizontal air cylinder, and setting is by side and folder
Between block, the horizontal table and vertical workbench in two stations while compressing timber, pass through the tenon that digital control system is set
Shape and size are processed while realizing male tenon and female tenon.
The driving and reversing mechanism includes advance and retreat plate, spring core rod, spring and advance and retreat guide rod, and the advance and retreat plate setting is being pressed vertically
Advance and retreat guide rod is arranged close to the side of horizontal countertop in the downside of flitch, advance and retreat plate, and the advance and retreat guide rod includes two, respectively
The two sides of advance and retreat plate are set, spring core rod is equipped between advance and retreat guide rod, is wound with spring on the spring core rod, one end is fixed on
On advance and retreat plate, the other end is fixed on horizontal table together with advance and retreat guide rod.
It is described that square driving assembly is leaned on to include outer shield, bottom plate, Power Component, driven subassembly and approach switch, the outer shield
It is provide with and sets on bottom plate, the Power Component includes motor, shaft coupling, nutplate and ball-screw, and the motor passes through shaft coupling
Device is connected with ball-screw, and the nutplate is arranged on ball-screw, can slide along ball-screw, the driven subassembly includes
Sliding block seat board, sliding block, linear guide, advance and retreat telescopic rod and positioning plate, the sliding block seat board is fixed on the side of nutplate, described
The lower end of sliding block seat board is arranged in sliding block and advance and retreat telescopic rod, and the sliding block is arranged in linear guide, the linear guide
Axis is axially arranged in parallel with ball-screw, and one end of the advance and retreat telescopic rod is connected with by side, and the side by side also connects
It is connected to positioning plate.
The machine tool chief axis includes main shaft bottom plate, driving assembly, spindle assemblies, shield and cutter, the driving component packet
Spindle motor, driving wheel, belt and main shaft are included, the spindle motor is fixed on main shaft bottom plate, the downside of the spindle motor
Equipped with driving wheel, the side of spindle motor, the axis of the two is arranged in by belt driving spindle, the main shaft in the driving wheel
It is arranged in parallel, the spindle assemblies include banding circle, rack sleeve and spindle bearing, and the outer of main shaft is arranged in the rack sleeve
Side passes through spindle bearing, and the spindle bearing is fixed on main shaft bottom plate, and one end of main shaft is arranged in the cutter, cutter
Side is provided with side shield, and the other side is equipped with main shield.
The digital control system includes human-computer interaction interface and electrical cabinet, and the human-computer interaction interface is for being arranged tenon shape and mentioning
For the offset between horizontal plank and vertical plank.
Specifically, workbench further includes tightening handle and scale, the table top of the horizontal table is equipped with scale A, institute
The table top for stating vertical workbench is equipped with scale B, and the horizontal fixture block is equipped with tightening handle A, and the vertical fixture block is equipped with
Tightening handle B.
Specifically, the horizontal air cylinder, horizontal pressure plate, vertical cylinder and vertical pressure plate include it is multiple, it is described more
A horizontal air cylinder and horizontal pressure plate are arranged in parallel along horizontal supporting plate with horizontal table, the multiple vertical cylinder and vertical pressure
Flitch is arranged in parallel along vertical supporting plate and vertical workbench.
Specifically, the driving and reversing mechanism further includes linear bearing, linear bearing mounting base and guide rod retaining ring, the linear axis
It holds and is mounted on.
Specifically, described lean on there are two square driving assemblies, it is symmetrical arranged about horizontal table, leans on side with a horizontal left side respectively
It is connected with the horizontal right side by side.
Specifically, described further include screw support seat, close switch, impact shield and oil inlet, institute by square driving assembly
It states screw support seat to be arranged between shaft coupling and nutplate, interior to be equipped with ball-screw, described be arranged close to switch is led in straight line
Rail is fixed on bottom plate far from the side by side by switch support plate, and the impact shield is disposed proximate to the outside of switch, institute
State the upside that nutplate is arranged in oil inlet.
The invention has the following advantages that
Using import linear guide, ball leading screw driving, machining accuracy is higher；Using enhanced servo motor, running smoothly can
Lean on, according to workpieces processing material variation, charging rate can step-less adjustment；A variety of tenon shapes and corresponding ruler are set by touch screen
It is very little, it is easy to operate；When double-station is processed, each station has been equipped with two press cylinders, it is ensured that binder is stablized, processing quality
It is good.
Detailed description of the invention
Fig. 1 is complete machine schematic diagram 1 of the invention.
Fig. 2 is complete machine schematic diagram 2 of the invention.
Fig. 3 is complete machine front view of the invention.
Fig. 4 is workbench schematic diagram of the invention.
Fig. 5 is workbench top view of the invention.
Fig. 6 is workbench front view of the invention.
Fig. 7 is workbench bottom view of the invention.
Fig. 8 is of the invention by square driving assembly schematic diagram.
Fig. 9 is of the invention by square driving assembly top view.
Figure 10 is machine tool chief axis schematic diagram 1 of the invention.
Figure 11 is machine tool chief axis schematic diagram 2 of the invention.
Figure 12 is machine tool chief axis front view of the invention.
Figure 13 is workbench driving assembly top view of the invention.
In figure: 1- lathe body, 2- workbench, 3- front protection cover, 4- rear shield, 5- machine tool chief axis, 6- lubricating pump, 7- lubrication
Attached cover is pumped, 8- side seal board, 9- digital control system, 20- horizontal table, 201- is horizontal left by side, and 202- is horizontal right by side, 203- water
Put down left fixture block, the horizontal right fixture block of 204-, 205- horizontal air cylinder, the horizontal pressure plate of 206-, the horizontal clamping plate of 207-, 208- scale A,
209- horizontal air cylinder mounting base, the horizontal supporting plate of 2010- tightening handle A, 2011-, the vertical workbench of 2012- strut A, 21-, 211-
Vertical left 212- is vertical right by side by side, and 213- left fixture block vertically, right fixture block, 215- vertical cylinder, 216- are vertical vertically by 214-
Pressure plate, the vertical clamping plate of 217-, 218- scale B, 219- vertical cylinder mounting base, 2110- tightening handle B, 2111- are propped up vertically
Plate, 2112- strut B, 22- left column, 23- right column, 241- advance and retreat plate, 242- spring core rod, 243- spring, 244- advance and retreat are led
Bar, 245- linear bearing, 246- axis bearing mounting plate, 247- guide rod retaining ring, 25- lean on square driving assembly, 251- outer shield,
252- motor, 253- shaft coupling, 254- ball-screw, 255- nutplate, 256- sliding block seat board, 257- sliding block, 258- straight line are led
Rail, 259- advance and retreat telescopic rod, 2510- positioning plate, 2511- screw support seat, 2512- switch support plate, the close switch of 2513-,
2514- bottom plate, the side 2515- shield, 2516- oil inlet, 501- spindle motor, 502- driving wheel, 503- belt, 504- main shaft,
505- banding circle, 506- rack sleeve, 507- spindle bearing, 508- main shaft bottom plate, 509- impact shield, 5110- cutter,
The main shield of 5111-, 5112- lifting shaft, 901- human-computer interaction interface, 902- electrical cabinet.
Specific embodiment
The present invention will be further described with reference to the accompanying drawing, but protection scope of the present invention is not limited to following institute
It states.
As shown in figs. 1-12, a kind of numerical control tenon working machine, including lathe body 1, workbench 2, front protection cover 3, rear shield 4,
The bottom of lathe is arranged in the attached cover 7 of machine tool chief axis 5, lubricating pump 6, lubricating pump, side seal board 8 and electrical system, the lathe body 1
Portion, the upside of lathe body 1 are provided with shield, and the shield includes front protection cover 3 and rear shield 4, and the workbench 2 is arranged preceding
Between shield 3 and rear shield 4, the side of the lathe body 1 is provided with the attached cover of lubricating pump 6, and the other side is equipped with electrical system, institute
The upside for stating the attached cover of lubricating pump 6 is equipped with lubricating pump 6, the front protection cover 3 and the side of rear shield 4 and is connected by side seal board 8, described
The downside of workbench 2 is arranged in machine tool chief axis 5.
The workbench 2 includes horizontal table 20, vertical workbench 21, column, driving and reversing mechanism and leans on square driving assembly
25, the column includes left column 22 and right column 23, and the upside of column, the vertical work is arranged in the horizontal table 20
Make platform 21 to be vertically situated on horizontal table 20, vertical workbench 21 is identical as 20 structure of horizontal table, the advance and retreat
The lower end of horizontal table 20 is arranged in mechanism, and the two sides that vertical workbench 21 is arranged in by square driving assembly 25 are described
Horizontal table 20 includes fixture and pressing element, and it includes water that the fixture, which includes by side, fixture block and horizontal clamping plate 207, the pressing element,
Flat cylinder 205 and horizontal pressure plate 206 are told by side to include horizontal left by side 201 and horizontal right by side 202, are separately positioned on
The two sides of workbench 2 are connected with by square driving assembly 25, and the middle position of workbench 2 is arranged in the fixture block, including horizontal left
Fixture block 203 and horizontal right fixture block 204, respectively and by square cooperating, the horizontal clamping plate 207 is arranged on fixture block, the water
Flat cylinder 205 is arranged on horizontal supporting plate 2011 by 205 mounting base 209 of horizontal air cylinder, and the horizontal supporting plate 2011 passes through branch
Bar A2012 is vertically mounted on horizontal table 20, and the horizontal pressure plate 206 is connected to the downside of horizontal air cylinder 205, if
It sets and is leaning between side and fixture block, the horizontal table 20 and vertical workbench 21 in two stations while compressing timber, pass through
The tenon shape and size that digital control system 9 is set are processed while realizing male tenon and female tenon.
The driving and reversing mechanism includes advance and retreat plate 241, spring core rod 242, spring 243 and advance and retreat guide rod 244, the advance and retreat plate
241 are arranged in the downside of vertical pressure plate 216, and advance and retreat guide rod is arranged close to the side in 20 face of horizontal table in advance and retreat plate 241
244, the advance and retreat guide rod 244 includes two, is separately positioned on the two sides of advance and retreat plate 241, is equipped with spring between advance and retreat guide rod 244
Core bar 242 is wound with spring 243 on the spring core rod 242, and one end is fixed on advance and retreat plate 241, the other end and advance and retreat guide rod
244 are fixed on together on horizontal table 20.
It is described to include outer shield 251, bottom plate 2514, Power Component, driven subassembly and close switch by square driving assembly 25, it is described
Outer shield 251 is arranged on bottom plate 2514, and the Power Component includes motor 252, shaft coupling 253, nutplate 255 and ball wire
Thick stick 254, the motor 252 are connected by shaft coupling 253 with ball-screw 254, and the nutplate 255 is arranged in ball-screw
On 254, can be slided along ball-screw 254, the driven subassembly include sliding block seat board 256, sliding block 257, linear guide 258, into
Move back telescopic rod 259 and positioning plate 2510, the sliding block seat board 256 is fixed on the side of nutplate 255, the sliding block 257 and into
The lower end that sliding block seat board 256 is arranged in telescopic rod 259 is moved back, the sliding block 257 is arranged in linear guide 258, and the straight line is led
The axis of rail 258 is arranged in an axially parallel mode with ball-screw 254, and one end of the advance and retreat telescopic rod 259 is connected with by side, described to lean on
The side of side is also connected with positioning plate 2510.
The machine tool chief axis 5 includes main shaft bottom plate 508, driving assembly, spindle assemblies, shield and cutter 5110, the drive
Dynamic component includes spindle motor 501, driving wheel 502, belt 503 and main shaft 504, and the spindle motor 501 is fixed on main shaft bottom
On plate 508, the downside of the spindle motor 501 is equipped with driving wheel 502, and the driving wheel 502 passes through 503 driving spindle of belt
504, the side of spindle motor 501 is arranged in the main shaft 504, and the axis of the two is arranged in parallel, and the spindle assemblies include hoop
The outside of main shaft 504 is arranged in collar 505, rack sleeve 506 and spindle bearing 507, the rack sleeve 506, passes through main shaft
Support 507, the spindle bearing 507 are fixed on main shaft bottom plate 508, and one end of main shaft 504, knife is arranged in the cutter 5110
The side of tool 5110 is provided with side shield 509, and the other side is equipped with main shield 5111.
The digital control system 9 includes human-computer interaction interface 901 and electrical cabinet 902, and the human-computer interaction interface 901 is for setting
Offset between tenon shape and the horizontal plank of offer and vertical plank is provided.
Further, workbench 2 further includes tightening handle and scale, and the table top of the horizontal table 20 is equipped with scale
A208, the table top of the vertical workbench 21 are equipped with scale B, and the horizontal fixture block is equipped with tightening handle A2010, described perpendicular
Straight fixture block is equipped with tightening handle B.
Further, the horizontal air cylinder 205, horizontal pressure plate 206, vertical cylinder 215 and vertical pressure plate 216 are wrapped
Include multiple, the multiple horizontal air cylinder 205 and horizontal pressure plate 206 are set along horizontal supporting plate 2011 is parallel with horizontal table 20
It sets, the multiple vertical cylinder 215 and vertical pressure plate 216 are arranged in parallel along vertical supporting plate 217 and vertical workbench 21.
Further, the driving and reversing mechanism further includes linear bearing 245, linear bearing mounting base 246 and guide rod retaining ring
247, the linear bearing 245 is mounted on.
Further, described by there are two the square driving assemblies 25, be symmetrical arranged about horizontal table 20, respectively with level
A left side is connected with the horizontal right side by side 202 by side 201.
Further, the level further includes screw support seat 2511, close switch 2513, switch by square driving assembly 25
Plate 2515 and oil inlet 2516 are hit, the screw support seat 2511 is arranged between shaft coupling 253 and nutplate 255, is inside equipped with
Ball-screw 254, it is described that linear guide 258 is set far from the side by side close to switch 2513, pass through switch support plate 2512
It is fixed on bottom plate, the switch hits the outside that sliding block seat board is arranged in plate (2515), and the oil inlet (2516) is arranged in spiral shell
The upside of motherboard (255).
The course of work of the invention is as follows:
Patent device is that motor is provided on lathe table top, drives screw rod, linear slide rail, advance and retreat telescopic rod, level is by material
Plate is placed in advance and retreat telescopic rod front end.Motor driven screw rod drives advance and retreat telescopic rod and level to move forward and backward by flitch.Using touching
It touches screen and makees data and show and adjust, so as to accurately control the dislocation that flitch is vertically leaned in left and right by flitch and left and right horizontal
Amount.
The above, only presently preferred embodiments of the present invention not do limitation in any form to the present invention.It is any ripe
Those skilled in the art is known, without departing from the scope of the technical proposal of the invention, all using technology contents described above
Many possible changes and modifications or equivalent example modified to equivalent change are made to technical solution of the present invention.Therefore, all
It is the content without departing from technical solution of the present invention, any change modification made to the above embodiment of technology according to the present invention,
Equivalent variations and modification belong to the protection scope of the technical program.
Claims (6)
1. a kind of numerical control tenon working machine, it is characterised in that: including lathe body (1), workbench (2), front protection cover (3), rear shield
(4), the attached cover (7) of machine tool chief axis (5), lubricating pump (6), lubricating pump, side seal board (8) and electrical system, the lathe body (1) set
It sets and is provided with shield on the upside of the bottom of lathe, lathe body (1), the shield includes front protection cover (3) and rear shield (4),
The workbench (2) is arranged between front protection cover (3) and rear shield (4), is provided with lubricating pump on the left of the lathe body (1)
Attached cover (7), the other side are equipped with electrical system, rear side of machine tool chief axis (5) setting in workbench (2):
The workbench (2) includes that horizontal table (20), vertical workbench (21), column, driving and reversing mechanism and level are driven by side
Dynamic component (25), the column includes left column (22) and right column (23), and column is arranged in the horizontal table (20)
Upside, the vertical workbench (21) are vertically situated on horizontal table (20), and the driving and reversing mechanism is arranged in horizontal work
Make the rear end of platform (20), the level is arranged by square driving assembly (25) in the two sides of horizontal table (20), the horizontal work
Making platform (20) includes fixture and pressing element, and the fixture includes by side, fixture block and horizontal clamping plate (207), and the pressing element includes level
Cylinder (205) and horizontal pressure plate (206) tell by side to include horizontal left by side (201) and horizontal right by side (202), respectively
Two sides in workbench (2) are set, are connected with by square driving assembly (25), interposition of the fixture block setting in workbench (2)
It sets, including horizontal left fixture block (203) and horizontal right fixture block (204), respectively and by square cooperating, the horizontal clamping plate (207)
It is arranged on fixture block, the horizontal air cylinder (205) is arranged by horizontal air cylinder (205) mounting base (209) in horizontal supporting plate
(2011) on, the horizontal supporting plate (2011) passes through strut A(2012) it is vertically mounted on horizontal table (20), the water
Concora crush flitch (206) is connected to the downside of horizontal air cylinder (205), and setting is being leaned between side and fixture block, the horizontal table
(20) and vertical workbench (21) in two stations while compressing timber, passes through tenon shape and size reality that digital control system (9) are set
It is processed while existing male tenon and female tenon；The driving and reversing mechanism include advance and retreat plate (241), spring core rod (242), spring (243) and
Advance and retreat guide rod (244), advance and retreat plate (241) setting is in the downside of vertical pressure plate (216), and advance and retreat plate (241) is close to horizontal
Advance and retreat guide rod (244) are arranged in the side in workbench (20) face, and the advance and retreat guide rod (244) includes two, are separately positioned on advance and retreat
The two sides of plate (241) are equipped with spring core rod (242) between advance and retreat guide rod (244), are wound with spring on the spring core rod (242)
(243), one end is fixed on advance and retreat plate (241), and the other end and advance and retreat guide rod (244) are fixed on horizontal table (20) together
On；It is described by square driving assembly (25) include outer shield (251), bottom plate (2514), Power Component, driven subassembly and close to opening
It closes, the outer shield (251) is arranged on bottom plate (2514), and the Power Component includes motor (252), shaft coupling (253), spiral shell
Motherboard (255) and ball-screw (254), the motor (252) is connected by shaft coupling (253) with ball-screw (254), described
Nutplate (255) is arranged on ball-screw (254), can slide along ball-screw (254), the driven subassembly includes take-up housing
Plate (256), sliding block (257), linear guide (258), advance and retreat telescopic rod (259) and positioning plate (2510), the sliding block seat board
(256) it is fixed on the side of nutplate (255), the sliding block (257) and advance and retreat telescopic rod (259) are arranged in sliding block seat board
(256) lower end, the sliding block (257) are arranged on linear guide (258), the axis and ball of the linear guide (258)
Lead screw (254) is arranged in an axially parallel mode, and one end of the advance and retreat telescopic rod (259) is connected with by side, and the side by side also connects
It is connected to positioning plate (2510)；The machine tool chief axis (5) includes main shaft bottom plate (508), driving assembly, spindle assemblies, shield and knife
Have (5110), the driving component includes spindle motor (501), driving wheel (502), belt (503) and main shaft (504), described
Spindle motor (501) is fixed on main shaft bottom plate (508), and the downside of the spindle motor (501) is equipped with driving wheel (502), institute
Driving wheel (502) are stated by belt (503) driving spindle (504), the main shaft (504) is arranged the one of spindle motor (501)
The axis of side, the two is arranged in parallel, and the spindle assemblies include banding circle (505), rack sleeve (506) and spindle bearing
(507), rack sleeve (506) setting passes through spindle bearing (507), the spindle bearing in the outside of main shaft (504)
(507) it being fixed on main shaft bottom plate (508), the cutter (5110) setting is in one end of main shaft (504), and the one of cutter (5110)
Side is provided with side shield (509), and the other side is equipped with main shield (5111)；The digital control system (9) includes human-computer interaction interface
(901) and electrical cabinet (902), the human-computer interaction interface (901) are used to that tenon shape and the horizontal plank of offer and vertical plank to be arranged
Between offset.
2. a kind of numerical control tenon working machine according to claim 1, it is characterised in that: the workbench (2) further includes tightening
The table top of handle and scale, the horizontal table (20) is equipped with scale A(208), the table top of the vertical workbench (21)
It is equipped with scale B, the horizontal fixture block is equipped with tightening handle A(2010), the vertical fixture block is equipped with tightening handle B.
3. a kind of numerical control tenon working machine according to claim 1, it is characterised in that: the horizontal air cylinder (205), horizontal pressure
Flitch (206), vertical cylinder (215) and vertical pressure plate (216) include multiple, the multiple horizontal air cylinder (205) and water
Concora crush flitch (206) is arranged in parallel along horizontal supporting plate (2011) and horizontal table (20), the multiple vertical cylinder (215) and
Vertical pressure plate (216) is arranged in parallel along vertical supporting plate (217) and vertical workbench (21).
4. a kind of numerical control tenon working machine according to claim 1, it is characterised in that: the driving and reversing mechanism further includes linear axis
Hold (245), linear bearing mounting base (246) and guide rod retaining ring (247).
5. a kind of numerical control tenon working machine according to claim 1, it is characterised in that: described horizontal by square driving assembly (25)
There are two, it is symmetrical arranged about horizontal table (20), leans on side (202) to be connected by side (201) and the horizontal right side with a level left side respectively.
6. a kind of numerical control tenon working machine according to claim 1, it is characterised in that: described horizontal by square driving assembly (25)
Further include screw support seat (2511), close switch (2513), switch and hit plate (2515) and oil inlet (2516), the screw rod branch
Seat (2511) are supportted to be arranged between shaft coupling (253) and nutplate (255), it is interior to be equipped with ball-screw (254), the close switch
(2513) it is arranged in linear guide (258) far from the side by side, is fixed on bottom plate by switch support plate (2512), it is described to open
Hit the outside that sliding block seat board is arranged in plate (2515), upside of oil inlet (2516) setting in nutplate (255) in pass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910557056.XA CN110405877A (en) | 2019-06-25 | 2019-06-25 | A kind of numerical control tenon working machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910557056.XA CN110405877A (en) | 2019-06-25 | 2019-06-25 | A kind of numerical control tenon working machine |
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| Publication Number | Publication Date |
|---|---|
| CN110405877A true CN110405877A (en) | 2019-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910557056.XA Pending CN110405877A (en) | 2019-06-25 | 2019-06-25 | A kind of numerical control tenon working machine |
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| CN2480131Y (en) * | 2001-06-07 | 2002-03-06 | 殷永生 | Portable tenon working machine |
| PT1623805E (en) * | 2004-08-02 | 2007-07-23 | Balestrini Renzo Spa | Numerical control machine for the realization of junction elements |
| CN203831528U (en) * | 2014-04-17 | 2014-09-17 | 佛山市顺德区俊联鸿徽机械制造有限公司 | Numerical control gantry tenon milling machine |
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| Title |
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| 腾讯视频: "MX3155A 数控燕尾榫机，青城 郭明宇", 《HTTPS://V.QQ.COM/X/PAGE/J01841ING9Z.HTML》 * |
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Application publication date: 20191105 |