CN106976133A - Door pocket numerical control saw cutting milling shape machine - Google Patents

Door pocket numerical control saw cutting milling shape machine Download PDF

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Publication number
CN106976133A
CN106976133A CN201710326168.5A CN201710326168A CN106976133A CN 106976133 A CN106976133 A CN 106976133A CN 201710326168 A CN201710326168 A CN 201710326168A CN 106976133 A CN106976133 A CN 106976133A
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China
Prior art keywords
motor
sawing
cylinder
roller
door pocket
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Granted
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CN201710326168.5A
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Chinese (zh)
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CN106976133B (en
Inventor
陈晓宜
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Foshan Shengshi Weiye Woodworking Machinery Manufacturing Co Ltd
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Foshan Shengshi Weiye Woodworking Machinery Manufacturing Co Ltd
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Publication of CN106976133A publication Critical patent/CN106976133A/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B27WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
    • B27CPLANING, DRILLING, MILLING, TURNING OR UNIVERSAL MACHINES FOR WOOD OR SIMILAR MATERIAL
    • B27C9/00Multi-purpose machines; Universal machines; Equipment therefor
    • B27C9/04Multi-purpose machines; Universal machines; Equipment therefor with a plurality of working spindles

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  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Wood Science & Technology (AREA)
  • Forests & Forestry (AREA)
  • Drilling And Boring (AREA)

Abstract

The invention discloses door pocket numerical control saw cutting milling shape machine, including material loading part, mainframe corresponding with material loading part, sawing portion and bore portion are symmetrically arranged with described mainframe, described bore portion is disposed adjacent with sawing portion;Sawing portion includes sawing motor, the saw blade being connected with the output shaft of sawing motor, the angle switching device and the first tie rod cylinders that are used to adjust sawing motor saw cutting angle with sawing motor connection; angle switching device is arranged at the end of the underframe of sawing portion; protective device for saw blades is provided with the outside of saw blade, the first tie rod cylinders are connected with angle switching device;Door lock hinge processing part is additionally provided with mainframe, door lock hinge processing department, which sets up separately, to be placed between the symmetrically arranged sawing portion and the bore portion.Door pocket numerical control saw cutting milling shape machine of the present invention, highly integrated with processing technology, automaticity is high, the high advantage of production efficiency.

Description

Door pocket numerical control saw cutting milling shape machine
Technical field
The present invention relates to numerical controlled machinery apparatus field, more particularly, to the door pocket numerical control saw cutting milling shape of automatic processing door pocket Machine.
Background technology
Door pocket refers to door inside and outside two doorframes, also referred to as doorframe.It is mainly used in fixing door leaf and protection corner, present Today that quality of life is increasingly improved, door pocket has gradually become a kind of demand of pure people's individual aesthetic.
The processing method that current door pocket processing producer generally uses be by door pocket be divided into manually change process data, manually on Material, fixed length sawing, processing lockhole, processing hinge, processing pin hole, the single process of manual blanking.It is easy in the presence of change data Error, workman's workload is larger, processing precision is poor, when changing manufacturing procedure must human assistance or extra increase equipment coordinate Production, production efficiency is relatively low, and production cost is high.Therefore, the manufacturing procedure for above-mentioned production door pocket is complicated, and process is cumbersome to ask Topic, it has also become technical problem urgently to be resolved hurrily.
The content of the invention
The present invention provides a kind of door pocket numerical control saw cutting milling shape machine, highly integrated with processing technology, and manufacturing procedure is simple, its The high advantage of automaticity;Solve above-mentioned door pocket processing producer of the prior art manufacturing procedure when processing door pocket complicated Technical problem.
In order to solve the above technical problems, a kind of technical scheme provided by the present invention is:Door pocket numerical control saw cutting milling shape is provided Sawing portion and drilling are symmetrically arranged with machine, including material loading part, mainframe corresponding with material loading part, described mainframe Part, described bore portion is disposed adjacent with sawing portion;Described sawing portion includes sawing motor, with sawing motor The saw blade of output shaft connection, the angle switching device and first for being used to adjust sawing motor saw cutting angle with sawing motor connection Tie rod cylinders, described angle switching device is arranged on the outside of the end of the underframe of sawing portion, described saw blade and is provided with saw Piece protection device, the first described tie rod cylinders are connected with angle switching device;Door lock hinge is additionally provided with described mainframe Process part, described door lock hinge processing department set up separately be placed in the symmetrically arranged sawing portion and the bore portion point it Between.
The present invention by adopting the above-described technical solution, the workpiece such as door pocket are delivered on mainframe by material loading part automatically, Set carries out sawing deburring integer on the door for sawing portion, bore portion and door lock hinge processing part, and the lockset of door pocket is installed Position, hinge installation position are processed simultaneously, save labour's material resources, and its automaticity is high, improve production efficiency;First tie rod cylinders The sawing motor movement being connected with angle switching device is driven, the both ends of the surface to workpiece such as door pockets carry out sawing;Wherein, in feeding Part is provided with scanning means, can the information that puts of sweep gate, and automatically generate process data, workpiece be delivered to machining position Put, its automaticity is high, effectively improves production efficiency.
Above-mentioned door pocket numerical control saw cutting milling shape machine, described angle switching device includes angle adjustment cylinder, fixed seat, rotation Rotating shaft and rotating seat, described fixed seat are arranged on the underframe of sawing portion, and described rotary shaft is arranged at the top of fixed seat Portion;One end of described rotating seat is connected with rotary shaft, and its other end sets the sawing motor, described angle adjustment gas Output shaft is connected with rotating seat.
Using such scheme, rotating seat is driven to rotate by angle adjustment cylinder, so as to adjust the sawing angle of sawing motor Degree;It is preferred that, sawing motor can complete the sawing to 90 degree of door pocket both ends of the surface or 45 degree.
Above-mentioned door pocket numerical control saw cutting milling shape machine, described angle switching device also includes bearing block, described bearing block It is arranged in the top of fixed seat, described bearing block and is provided with bearing, described rotary shaft is arranged in bearing block, described Bearing holder (housing, cover) is in rotary shaft.
Using such scheme, bearing is used to support rotary shaft, reduces the friction of rotary shaft, improves its service life, and make It must move more steady.
Above-mentioned door pocket numerical control saw cutting milling shape machine, described bore portion include the first motor, first straight line guide rail, Drill support frame, the second tie rod cylinders and bore motor, the first described motor be arranged on first straight line guide rail and with Drill support frame 304 is connected, and described drill support frame is movably arranged on first straight line guide rail, the second described pull bar gas Cylinder is arranged at the top of drill support frame, and its output shaft is connected with bore motor.
Using such scheme, drill bit is connected on the output shaft of bore motor, drill support frame is made on first straight line guide rail Linear reciprocation is moved, and adjustable bore motor covers on the door along first straight line guide rail direction to be drilled, and the second tie rod cylinders drive Bore motor is moved to door pocket, completes boring action, and when set carries out pin hole on the door, latch interporal lacuna and position can be adjusted, Realize the adjustable processing of many hole counts, many pitch-rows, multiposition.
Above-mentioned door pocket numerical control saw cutting milling shape machine, in addition to the blanking part being disposed adjacent with bore portion, it is described under Material part includes buncher, blanking translation belt component and double-rod cylinder, and described buncher is arranged at one end of underframe, Described blanking translation belt component is arranged at one end of underframe and is disposed adjacent with buncher, and translation belt thereon is with adjusting Speed motor links, and described double-rod cylinder is arranged at the bottom that blanking translates belt component, and its output shaft translates belt with blanking Component is connected.
Using such scheme, belt component is translated by the blanking of double-rod cylinder jack-up, blanking translates belt and will processed Door pocket holds up and is sent from this milling shape machine, realizes automatic blanking, reduces the amount of labour of the artificial blanking of workman, buncher can adjust flat The movement velocity of belt is moved, with higher flexibility.
Above-mentioned door pocket numerical control saw cutting milling shape machine, described blanking part also includes Workpiece clamping device and clamping cylinder, Described Workpiece clamping device is arranged on underframe and is connected with clamping cylinder.
Using such scheme, Workpiece clamping device is used to door pocket being fixedly clamped, to be supplied to sawing portion, bore portion And door lock hinge processing part is processed.
Above-mentioned door pocket numerical control saw cutting milling shape machine, described material loading part includes stock shelf and corresponding roller conveying It is provided with frame, described stock shelf on feeding translation belt, described roller carriage and is provided with roller motor and dynamic Power roller, described roller motor is arranged at the bottom of roller carriage, and described power roller is arranged at intervals at roller Simultaneously linked with roller motor on the surface of carriage.
Using such scheme, door pocket is delivered to the roller carriage being connected with its output end by the charging belt on stock shelf On, roller carriage is transported on main support by power roller and is processed, and realizes automatic charging, is convenient for people to operation And the labor intensity of reduction workman.
Raising cylinder, lift cylinder are additionally provided with above-mentioned door pocket numerical control saw cutting milling shape machine, described roller carriage And push cylinder, described raising cylinder is on roller carriage corresponding with stock shelf output end, described lift cylinder It is arranged at the bottom of roller carriage and is connected with power roller, described push cylinder is arranged at the output end of roller carriage A side on, its output shaft is connected with roller, the movable side for being arranged at roller carriage of described roller.
Using such scheme, after workpiece to be delivered to roller carriage end and workpiece largely leaves power roller, Push cylinder drives roller to be matched for clamping tightly workpiece with power roller, and workpiece is pushed down and material loading part is sent from, and feeding process is stable.
Above-mentioned door pocket numerical control saw cutting milling shape machine, described door lock hinge processing department point includes second straight line guide rail, setting The second motor in second straight line rail end, it is movably arranged in the movable block on second straight line guide rail, described Two motors are connected with movable block, and vertical motor, described vertical motor are provided with the top of described movable block Its output shaft is connected with movable block, and one end of described movable block is provided with spindle motor and vertical drive cylinder, described master Spindle motor is movably arranged on movable block, and the output shaft of described vertical drive cylinder is connected with spindle motor.
Using such scheme, the second motor can drive movable block to move, and spindle motor is along second straight line guide rail direction Upper movement, by vertical motor and vertical drive cylinder, drives the spindle motor being arranged on movable block in vertical direction Upper motion, wherein the amount of feeding of vertical motor is larger, the amount of feeding of vertical drive cylinder is smaller, passes through vertical motor With the action of vertical drive cylinder, process velocity can be improved.
Above-mentioned door pocket numerical control saw cutting milling shape machine, described door lock hinge processing part also includes moving horizontally motor, tooth Wheel, rack, guide rail and clamp system, described moves horizontally the bottom that motor is arranged at second straight line guide rail, its output shaft with Gear is connected, and described rack guide rail is arranged at second straight line guide rail bottom and engaged with gear, and described clamp system is set In on second straight line guide rail.
Using such scheme, when moving horizontally motor rotation, drive gear is rotated, and pinion rotation simultaneously drives what is engaged Rack guide rail makees the motion in horizontal direction, so as to drive spindle motor to move in the horizontal direction.It is preferred that, the horizontal direction It is vertical with the direction of motion that the second motor drives.
The present invention is by adopting the above-described technical solution, acquired beneficial effect is:Automatic charging, in feeding process Can be by scanning means, bar code on automatically scanning workpiece simultaneously generates process data, in course of conveying, passes through raising gas The mating reaction of cylinder, lift cylinder and roller, it is ensured that the entrance main support of workpiece in order;When workpiece is entered on main support, clamp Device starts Workpiece clamping, sawing portion, and 90 degree or 45 degree of sawing can be carried out to workpiece, trimming integer is carried out to workpiece, Obtain preliminary appearance and size;Bore portion starts, when carrying out Drilling operation to workpiece, pin hole when covering pin hole to worked door Optimization is made in spacing and position, realizes the adjustable processing of many hole counts, many pitch-rows, multiposition;Door lock hinge processes part, can be to door pocket Lockset installation position and hinge installation position carry out simultaneously process, reach process two kinds of processes only need an equipment and set without other Standby and human assistance just can be completed, and automaticity is high.In process, act in order, meeting the continuity automated will Ask.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the present invention;
Fig. 2 is the structural representation of material loading part in Fig. 1;
Fig. 3 is sawing portion, bore portion, the structural representation of blanking part in Fig. 1;
Fig. 4 is the concrete structure schematic diagram of sawing portion in Fig. 1;
Fig. 5 is the backsight structural representation of sawing portion;
Fig. 6 is the overall structure diagram of door lock hinge processing part in Fig. 1;
Fig. 7 is the overall structure diagram at the second visual angle of door lock hinge processing part in Fig. 6.
In figure, 10 be mainframe, and 100 be material loading part, and 101 be that feeding translates belt, and 102 be roller motor, 103 It is roller carriage for power roller, 104,105 be stock shelf, and 106 be raising cylinder, and 107 be lift cylinder, and 108 be push Cylinder, 109 be roller, and 200 be sawing portion, and 201 be angle switching device, and 202 be sawing motor, and 203 be saw blade, and 204 are Protective device for saw blades, 205 be the first tie rod cylinders, and 206 be underframe, and 210 be angle adjustment cylinder, and 211 be fixed seat, and 212 are Rotary shaft, 213 be rotating seat, and 214 be bearing, 215 bearing blocks, and 300 be bore portion, and 301 be the first motor, and 302 are Ball screw, 303 be first straight line guide rail, and 304 be drill support frame, and 305 be the second tie rod cylinders, and 306 be bore motor, 400 be blanking part, and 401 be buncher, and 402 be that blanking translates belt component, and 403 be double-rod cylinder, and 404 be Workpiece clamping Device, 405 be clamping cylinder, and 500 be that door lock hinge processes part, and 501 be the second motor, and 502 be vertical motor, 503 be movable block, and 504 be spindle motor, and 505 be vertical drive cylinder, and 506 is move horizontally motor, and 507 be gear, and 508 are Rack guide rail, 509 be clamp system, and 510 be second straight line guide rail, and 511 be movable block, and 600 be that finished product places support.
Embodiment
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also To obtain other accompanying drawings according to these accompanying drawings.
Referring to figs. 1 to shown in Fig. 7, door pocket numerical control saw cutting milling shape machine, including it is material loading part 100, corresponding with material loading part 100 Mainframe 10, be symmetrically arranged with sawing portion 200 and bore portion 300, described bore portion on described mainframe 10 300 are disposed adjacent with sawing portion 200;Described sawing portion 200 includes sawing motor 202, the output with sawing motor 202 The saw blade 203 of axle connection, the angle switching device for being used to adjust the saw cutting angle of sawing motor 202 being connected with sawing motor 202 201 and first tie rod cylinders 205, described angle switching device 201 is arranged at the end of the underframe 206 of sawing portion 203, institute The outside of saw blade 203 stated is provided with protective device for saw blades 204, and the first described tie rod cylinders 205 connect with angle switching device 201 Connect;Door lock hinge processing part 500 is additionally provided with described mainframe 10, described door lock hinge processing part 500 is arranged at Between the symmetrically arranged sawing portion 200 and the bore portion 300.Wherein, it is provided with the outlet side of main support 10 Finished product places support 600, the workpiece for receiving machine-shaping.
Specifically, described angle switching device 201 include angle adjustment cylinder 210, fixed seat 211, rotary shaft 212 and Rotating seat 213, described fixed seat 211 is arranged on the underframe 206 of sawing portion 200, and described rotary shaft 212 is arranged at solid The top of reservation 211;One end of described rotating seat 213 is connected with rotary shaft 212, and its other end sets the sawing motor 202, the output shaft of described angle adjustment cylinder 210 is connected with rotating seat 213;Described angle switching device 201 also includes Bearing block 215, described bearing block 215 is arranged in the top of fixed seat 211, described bearing block 215 and is provided with bearing 214, described rotary shaft 212 is arranged in bearing block 215, and described bearing 214 is sheathed in rotary shaft 212.
Further, described bore portion 300 includes the first motor 301, first straight line guide rail 303, drilling branch Support 304, the second tie rod cylinders 305 and bore motor 306, the first described motor 301 are arranged at first straight line guide rail It is connected on 303 and with drill support frame 304, described drill support frame 304 is movably arranged on first straight line guide rail 303, The second described tie rod cylinders 305 are arranged at the top of drill support frame 304, and its output shaft is connected with bore motor 306;Its In, the output shaft of the first motor 301 is connected with ball screw 302, described ball screw 302 and drill support frame 304 Nut is connected, when the first motor 301 is rotated, and drives ball screw 302 to rotate, so that drill support frame 304 exists Screw thread follow-up motion on ball screw 302.
Above-mentioned door pocket numerical control saw cutting milling shape machine also includes the blanking part 400 being disposed adjacent with bore portion 300, described Blanking part 400 include buncher 401, blanking translation belt component 402 and double-rod cylinder 403, described buncher 401 are arranged at one end of underframe 206, and described blanking translation belt component 402 is arranged at one end of underframe 206 and electric with speed governing Machine 401 is disposed adjacent, and translation belt thereon links with buncher 401, and described double-rod cylinder 403 is arranged at blanking translation The bottom of belt component 402, its output shaft is connected with blanking translation belt component 402;Described blanking part 400 also includes work Part clamping device 404 and clamping cylinder 405, described Workpiece clamping device 404 are arranged on underframe 206 and and clamping cylinder 405 connections.
In the present embodiment, described material loading part 100 includes stock shelf 105 and corresponding roller carriage 104, institute It is provided with the stock shelf 105 stated on feeding translation belt 101, described roller carriage 104 and is provided with roller motor 102 and power roller 103, described roller motor 102 is arranged at the bottom of roller carriage 104, described power roller Cylinder 103 is arranged at intervals at the surface of roller carriage 104 and linked with roller motor 102;Described roller carriage 104 On be additionally provided with raising cylinder 106, lift cylinder 107 and push cylinder 108, described raising cylinder 106 is located at and stock shelf On the corresponding roller carriage 104 of 105 output ends, described lift cylinder 107 be arranged at the bottom of roller carriage 104 and with Power roller 103 is connected, and described push cylinder 108 is arranged on a side of the output end of roller carriage 104, and it is exported Axle is connected with roller 109, the movable side for being arranged at roller carriage 104 of described roller 109.
Specifically, described door lock hinge processing part 500 includes second straight line guide rail 510, is arranged at second straight line and leads Second motor 501 of the end of rail 510, it is movably arranged in the movable block 503 on second straight line guide rail 510, described Two motors 501 are connected with movable block 503, and the described top of movable block 503 is provided with vertical motor 502, described Its output shaft of vertical motor 503 is connected with movable block 511, and one end of described movable block 511 is provided with spindle motor 504 With vertical drive cylinder 505, described spindle motor 504 is movably arranged on movable block 511, described vertical drive cylinder 505 output shaft is connected with spindle motor 504;Further, described door lock hinge processing part 500 also includes moving horizontally Motor 506, gear 507, rack guide rail 508 and clamp system 509, the described motor 506 that moves horizontally are arranged at second straight line The bottom of guide rail 510, its output shaft is connected with gear 507, and described rack guide rail 508 is arranged at the bottom of second straight line guide rail 510 Portion is simultaneously engaged with gear 507, and described clamp system 509 is arranged on bottom plate 510.
The operation principle to the present invention is further described below:
1st, in feeding operation, workpiece is transported at raising cylinder 106 by feeding translation belt 101, the output of raising cylinder 106 Shaft extension goes out, by workpiece jack-up, and feeding translation belt 101 is inverted, and remaining workpiece retracted into working position, lift cylinder 107 it is defeated Shaft stretches out, and power roller 103 is risen, raising cylinder 106 is retracted, workpiece is dropped on power roller 103(During this Adjacent polylith workpiece together is separated, it is ensured that working position only has a workpiece to be processed);Roller motor 102 drives dynamic Power roller 103 is rotated, and when workpiece reaches the output end of roller carriage 104, the output shaft of lift cylinder 107 is retracted, power roller Cylinder 103 declines, now, and the output shaft of push cylinder 108 stretches out, and drives connected roller 109 to push down workpiece, workpiece is sent From material loading part 100(After workpiece largely leaves power roller 103, roller 109 is matched for clamping tightly workpiece with power roller 103, Guarantee has enough power that workpiece is sent from into material loading part), push cylinder 108 retracts, and roller motor 102 is stopped, Feeding operation is completed.
2nd, after workpiece enters on main support 10, Workpiece clamping device 404 opens Workpiece clamping, protective device for saw blades 204, Sawing motor 202 starts, and drives saw blade 203 to rotate, and sawing is carried out to workpiece, and angle adjustment cylinder 210 passes through its output shaft Stretch out and retract, drive rotating seat 213 to rotate so that sawing motor 202 is rotated, realize to 90 degree of workpiece both ends of the surface or 45 degree of sawings, drive angle switching device 201 to move, so as to drive sawing motor 202 and saw blade by the first tie rod cylinders 205 203 motions, complete the fixed length cutting to workpiece.
3rd, after cutting workpiece, ball screw 302 is driven to drive drill support frame 304 along first by the first motor 301 Line slideway 303 is reached behind setting position, bore motor 306 starts to workpiece motion s, and the second tie rod cylinders 305 are promoted and are equipped with The bore motor 306 of drill bit reaches and retracted behind setting position to workpiece motion s, completes boring action.
When lockset the 4th, to workpiece and the processing of hinge installation position, clamp system 509 is fixedly clamped workpiece, the second motor 501 start, and driving movable block 503 is moved along second straight line guide rail 510, and the cutter for driving spindle motor 504 to drive carries out door pocket Lockset installation position and the processing of hinge installation position;Move horizontally motor 506 to start, driving second straight line guide rail 510 is towards with second Moved on the vertical direction of line slideway 510, the cutter for driving spindle motor 504 to drive carries out door pocket lockset installation position and hinge The processing of installation position, during this, the in the vertical direction of spindle motor 504 can have vertical motor 502 and vertical driving Cylinder 505 drives.
5th, after the completion of work pieces process, buncher 401 starts, and drive is arranged on blanking translation belt component 402 Blanking translation belt is rotated, and the output shaft of double-rod cylinder 403 stretches out translates the jack-up of belt component 402 by blanking, holds up workpiece and send From this door pocket numerical control saw cutting milling shape machine, automatic blanking is realized.
To sum up, automaticity of the present invention is high, and machining accuracy is high, can only single processing door pocket for existing equipment on the market Lockset installation position, hinge installation position, the equipment of latch hole drilling and fixed length sawing are integrated, and reach that processing working procedures are only needed It one equipment and just can be completed without other equipment and human assistance, improve production efficiency, reduce the labor intensity of workman.
The general principle and principal character and advantages of the present invention of the present invention has been shown and described above.The skill of the industry Art personnel are it should be appreciated that the present invention is not limited to the above embodiments, and described in above-described embodiment and specification is explanation The principle of the present invention, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, these Changes and improvements all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and Its equivalent thereof.

Claims (10)

1. door pocket numerical control saw cutting milling shape machine, including material loading part, mainframe corresponding with material loading part, it is characterised in that:It is described Mainframe on be symmetrically arranged with sawing portion and bore portion, described bore portion is disposed adjacent with sawing portion;
Described sawing portion includes sawing motor, the saw blade being connected with the output shaft of sawing motor and sawing motor connection Angle switching device and the first tie rod cylinders for adjusting sawing motor saw cutting angle, described angle switching device are arranged at Protective device for saw blades, the first described tie rod cylinders and angle are provided with the outside of the end of the underframe of sawing portion, described saw blade Spend switching device connection;
Door lock hinge processing part is additionally provided with described mainframe, described door lock hinge processing department, which sets up separately to be placed in, to be symmetrical arranged The sawing portion and the bore portion between.
2. door pocket numerical control saw cutting milling shape machine according to claim 1, it is characterised in that:Described angle switching device includes Angle adjustment cylinder, fixed seat, rotary shaft and rotating seat, described fixed seat are arranged on the underframe of sawing portion, described Rotary shaft is arranged at the top of fixed seat;One end of described rotating seat is connected with rotary shaft, and its other end sets the sawing Motor, the output shaft of described angle adjustment cylinder is connected with rotating seat.
3. door pocket numerical control saw cutting milling shape machine according to claim 1 or 2, it is characterised in that:Described angle switching device Also include bearing block, described bearing block, which is arranged in the top of fixed seat, described bearing block, is provided with bearing, described rotation Rotating shaft is arranged in bearing block, and described bearing holder (housing, cover) is in rotary shaft.
4. door pocket numerical control saw cutting milling shape machine according to claim 1, it is characterised in that:Described bore portion includes first Motor, first straight line guide rail, drill support frame, the second tie rod cylinders and bore motor, the first described motor are set It is placed on first straight line guide rail and is connected with drill support frame, described drill support frame is movably arranged in first straight line guide rail On, the second described tie rod cylinders are arranged at the top of drill support frame, and its output shaft is connected with bore motor.
5. door pocket numerical control saw cutting milling shape machine according to claim 1, it is characterised in that:Also include set adjacent with bore portion The blanking part put, described blanking part includes buncher, blanking translation belt component and double-rod cylinder, described speed governing Motor is arranged at one end of underframe, and described blanking translation belt component is arranged at one end of underframe and adjacent with buncher set Put, translation belt thereon links with buncher, and described double-rod cylinder is arranged at the bottom that blanking translates belt component, its Output shaft is connected with blanking translation belt component.
6. door pocket numerical control saw cutting milling shape machine according to claim 1 or 5, it is characterised in that:Also wrap described blanking part Workpiece clamping device and clamping cylinder are included, described Workpiece clamping device is arranged on underframe and is connected with clamping cylinder.
7. door pocket numerical control saw cutting milling shape machine according to claim 1, it is characterised in that:Described material loading part includes feeding It is provided with frame and corresponding roller carriage, described stock shelf on feeding translation belt, described roller carriage Roller motor and power roller are provided with, described roller motor is arranged at the bottom of roller carriage, described Power roller is arranged at intervals at the surface of roller carriage and linked with roller motor.
8. door pocket numerical control saw cutting milling shape machine according to claim 7, it is characterised in that:Also set on described roller carriage Raising cylinder, lift cylinder and push cylinder are equipped with, it is defeated that described raising cylinder is located at roller corresponding with stock shelf output end Send on frame, described lift cylinder is arranged at the bottom of roller carriage and is connected with power roller, and described push cylinder is set It is placed on a side of the output end of roller carriage, its output shaft is connected with roller, described roller is movable to be arranged at roller The side of cylinder carriage.
9. door pocket numerical control saw cutting milling shape machine according to claim 1, it is characterised in that:Described door lock hinge processing part Including second straight line guide rail, the second motor of second straight line rail end is arranged at, is movably arranged and is led in second straight line Movable block on rail, the second described motor is connected with movable block, and vertical driving electricity is provided with the top of described movable block Machine, described its output shaft of vertical motor is connected with movable block, one end of described movable block be provided with spindle motor and Vertical drive cylinder, described spindle motor is movably arranged on movable block, the output shaft of described vertical drive cylinder with Spindle motor is connected.
10. the door pocket numerical control saw cutting milling shape machine according to claim 1 or 9, it is characterised in that:Described door lock hinge processing Part also includes moving horizontally motor, gear, rack guide rail and clamp system, described to move horizontally motor to be arranged at second straight The bottom of line guide rail, its output shaft is connected with gear, and described rack guide rail is arranged at second straight line guide rail bottom and and gear Engagement, described clamp system is arranged on second straight line guide rail.
CN201710326168.5A 2017-05-10 2017-05-10 Numerical control sawing and milling machine for door pocket Active CN106976133B (en)

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CN106976133B CN106976133B (en) 2023-12-29

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Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110303553A (en) * 2019-06-13 2019-10-08 台州市意利欧机械有限公司 A kind of dual-end saw drilling machine
CN110328532A (en) * 2019-08-20 2019-10-15 江苏国全自动化科技有限公司 A kind of door pocket sawing milling boss drilling device
CN110450246A (en) * 2019-08-20 2019-11-15 江苏国全自动化科技有限公司 A kind of door pocket Flexible Manufacture production line
CN110539379A (en) * 2019-09-12 2019-12-06 台州市意利欧机械有限公司 wood drilling and milling machine
CN111571755A (en) * 2020-05-11 2020-08-25 江山欧派门业股份有限公司 Continuous production device for wooden door pocket and use method thereof
CN112171799A (en) * 2020-09-10 2021-01-05 颜莉 Cylindrical wood playing blank surface rapid drilling equipment
CN113681292A (en) * 2020-05-18 2021-11-23 晟通科技集团有限公司 Processing device and processing equipment with same
CN113878357A (en) * 2021-11-01 2022-01-04 山东速雕智能装备有限公司 Door pocket plate machining device and method
CN113894941A (en) * 2021-10-27 2022-01-07 中山佳朗精密机械有限公司 Drilling, cutting and milling composite processing machine and processing method thereof

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