CN103537739B - A kind of utilize Digit Control Machine Tool that forklift fork arm carrier entablature is carried out the method for operating of milling breach - Google Patents

A kind of utilize Digit Control Machine Tool that forklift fork arm carrier entablature is carried out the method for operating of milling breach Download PDF

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Publication number
CN103537739B
CN103537739B CN201310438641.0A CN201310438641A CN103537739B CN 103537739 B CN103537739 B CN 103537739B CN 201310438641 A CN201310438641 A CN 201310438641A CN 103537739 B CN103537739 B CN 103537739B
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sliding
processed
milling
workpiece
positioner
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CN103537739A (en
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余庆宇
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WUHU JINSANSHI NUMERICAL CONTROL TECHNOLOGY Co Ltd
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WUHU JINSANSHI NUMERICAL CONTROL TECHNOLOGY Co Ltd
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Abstract

The invention discloses and a kind of utilize Digit Control Machine Tool that forklift fork arm carrier entablature is carried out the method for operating of milling breach, Digit Control Machine Tool includes that lathe bed and the X that is positioned on lathe bed are to nc sliding table, column;Described is positioned at X rollgang on nc sliding table, front end surface positioner, side lateral positioning device;It is placed with four workpieces to be processed on described rollgang simultaneously;Four workpieces to be processed are positioned simultaneously and clamp by described front end surface positioner, side lateral positioning device;Described column is provided with crossbeam, and crossbeam is provided with Y-direction nc sliding table, and Y-direction nc sliding table is provided with Z-direction nc sliding table;This kind utilizes Digit Control Machine Tool forklift fork arm carrier entablature to carry out the method for operating of milling breach by forklift fork arm carrier entablature milling breach manufacturing procedure, achieve and be automatically fed into workpiece, automated exchanged cutter, automatically processing, automatically send and process workpiece, realize unmanned automatic processing, liberated manual labor and reduced production cost.

Description

A kind of utilize Digit Control Machine Tool that forklift fork arm carrier entablature is carried out the method for operating of milling breach
Technical field
The present invention relates to a kind of Digit Control Machine Tool for workpiece to be processed being carried out milling breach operation, especially relating to And a kind of utilize Digit Control Machine Tool that forklift fork arm carrier entablature is carried out the method for operating of milling breach.
Background technology
Fork truck plays very important role in the logistics system of enterprise, is the master in material conveyance equipment Power army, in particular with domestic economy fast development, the material handling of most enterprise has had been detached from former The a dead lift begun, the substitute is the mechanical handing based on fork truck.In recent years, domestic industry vehicle Every year on average with nearly 30% speed increment, this wide market, attracted global fork truck manufacturer.So And, prior art exists forklift fork arm carrier entablature milling breach manufacturing procedure, processing chipping allowance is big, adds The problems such as Ministry of worker position is many, and forklift fork arm carrier entablature volume is big, quality weight people's upper-lower product fortune difficulty;And, Existing fork truck parts machining equipment complex operation, clamping workpiece difficulty, operating personnel's labor at the bottom of working (machining) efficiency Fatigue resistance is big, and the production efficiency causing fork truck parts is extremely low, and production cost is high, thus affects fork truck and produce Efficiency and cost.
Summary of the invention
The technical problem to be solved is for problems of the prior art, it is provided that a kind of utilization Digit Control Machine Tool carries out the method for operating of milling breach to forklift fork arm carrier entablature, its objective is can streamline from Dynamic processing, it is achieved the unattended breach Milling Process to forklift fork arm carrier entablature.
The technical scheme is that this kind includes bed for the Digit Control Machine Tool of forklift fork arm carrier entablature milling breach Body;It is positioned at the X of lathe bed to nc sliding table, column;Described be positioned at X power roller on nc sliding table, Front end surface positioner, side lateral positioning device, front protection cover, rear shield;On described power roller It is placed with four workpieces to be processed simultaneously;Described front end surface positioner, side lateral positioning device are to four Workpiece to be processed positions simultaneously and clamps;Described column is provided with crossbeam, and crossbeam is provided with Y-direction numerical control Slide unit, Y-direction nc sliding table is provided with Z-direction nc sliding table;Described Z-direction nc sliding table is provided with multiple milling master Spindle nose, and described milling spindle head is by being arranged on the spindle servo electric machine control above milling spindle head;Institute The Digit Control Machine Tool stated also includes for controlling X to the suspension of nc sliding table, Y-direction nc sliding table and Z-direction nc sliding table Crossbeam controls guidance panel and the control Electric Appliance Cabinet that is connected on lathe bed.
Described Digit Control Machine Tool also includes depositing bits car for hold workpiece to be processed chip, and described deposits bits Car is connected with lathe bed by chip cleaner.
Described X is provided with the power roller driving four workpieces to be processed to nc sliding table.
Described X is provided with front end surface positioner, side lateral positioning device to nc sliding table.
A kind of utilize above-mentioned Digit Control Machine Tool that forklift fork arm carrier entablature is carried out the method for operating of milling breach, described Method of operating include:
1) four workpieces to be processed are delivered to front end surface positioner, side by power roller simultaneously lateral Positioner inner position clamps;
2) after controlling guidance panel startup procedure, X front end surface positioner on nc sliding table Beat rises location;
3) four workpieces to be processed are positioned over the left and right two of side lateral positioning device by power roller the most respectively Side, every side puts two pieces, and front end is sent and put front end surface positioner end face baffle position;
4), behind four workpiece to be processed front end face location, side lateral positioning device laterally compresses from trend both sides Four workpieces to be processed, power roller stops;
5), after workpiece to be processed clamping, X moves quickly into first gap position to nc sliding table;
6) Y-direction nc sliding table forward moves and drives multiple milling spindle heads the simultaneously to four workpieces to be processed One breach carries out Milling Process for the first time;
7) machine rear Z-direction nc sliding table for the first time drives multiple milling spindle heads to drop to be processed simultaneously The processing dimension height that workpiece needs;
8) Y-direction nc sliding table reversely moves and drives multiple milling spindle heads the simultaneously to four workpieces to be processed One breach carries out second time Milling Process;
9) second time machines rear Z-direction nc sliding table drive milling spindle head, milling spindle head rises simultaneously To processing dimension height for the first time;
10) X moves quickly into four workpiece to be processed next ones to nc sliding table needs machining gap position;
11) repeat step 6) and step 10) program, until processing all of breach to be processed;
12), after machining, front end surface positioner beat declines, side lateral positioning device unclamps;
13) X power roller on nc sliding table automatically start send machine product to outlet power roller A top to bottm operation;
14) X is to nc sliding table, Y-direction nc sliding table speed return to origin;
15) repeat step 2) to step 14) and program cyclic process.
Have that this kind of said structure is a kind of utilizes Digit Control Machine Tool that forklift fork arm carrier entablature is carried out milling breach Method of operating is by forklift fork arm carrier entablature milling breach manufacturing procedure, it is achieved that unattended streamline adds automatically Work, it is achieved that be automatically fed into workpiece, automated exchanged cutter, automatically processing, automatically send and process workpiece, liberation Manual labor is greatly improved production and processing efficiency, reduces production cost.
Accompanying drawing explanation
The invention will be further described below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of Digit Control Machine Tool in the present invention.
Fig. 2 is the left view of structure shown in Fig. 1.
In Fig. 1-2,1: lathe bed;2:X is to nc sliding table;3: column;4: power roller;5: front End end-face positioning apparatus;6: side lateral positioning device;7: workpiece to be processed;8: crossbeam;9:Y is to number Control slide unit;10:Z is to nc sliding table;11: milling spindle head;12: spindle servo electric machine;13: control behaviour Make panel;14: control Electric Appliance Cabinet;15: deposit bits car;16: chip cleaner;17: front protection cover;18: after protect Cover.
Detailed description of the invention
Fig. 1 is the present invention structural representation for the Digit Control Machine Tool of forklift fork arm carrier entablature milling breach, Fig. 2 Left view for structure shown in Fig. 1.Being combined from Fig. 1 and Fig. 2, this kind of Digit Control Machine Tool includes lathe bed 1; The X being positioned on lathe bed 1 is to nc sliding table 2, column 3;Described is positioned at X power on nc sliding table 2 Roller 4, front end surface positioner 5, side lateral positioning device 6;On described power roller 4 simultaneously It is placed with four workpieces to be processed 7;Described front end surface positioner 5, side lateral positioning device 6 are to four Workpiece to be processed 7 positions simultaneously and clamps;Described column 3 is provided with crossbeam 8, and crossbeam 8 is provided with Y To nc sliding table 9, Y-direction nc sliding table 9 is provided with Z-direction nc sliding table 10;Set on Z-direction nc sliding table 10 There is multiple milling spindle head 11, and described milling spindle head 11 is by being arranged on above milling spindle head 11 Spindle servo electric machine 12 controls;Described Digit Control Machine Tool also includes for controlling X to nc sliding table 2, Y-direction Control guidance panel 13 that nc sliding table 9 and Z-direction nc sliding table 10 are suspended on crossbeam 8 and be connected to bed Control Electric Appliance Cabinet 14 on body 1.
Digit Control Machine Tool also includes depositing bits car 15 for hold workpiece to be processed chip, and described deposits bits car 15 It is connected with lathe bed 4 by chip cleaner 16.
The method of operating utilizing above-mentioned Digit Control Machine Tool that forklift fork arm carrier entablature is carried out milling breach includes:
1) four workpieces to be processed 7 are delivered to front end surface positioner 5, side by power roller 4 simultaneously Face lateral positioning device 6 inner position clamps;
2) after control guidance panel 13 starts procedure, X front end surface location on nc sliding table 2 Device 5 beat rises location;
3) four workpieces to be processed 7 are positioned over side lateral positioning device 6 by power roller 4 the most respectively The left and right sides, every side puts two pieces, and front end is sent and put front end surface positioner 5 end face baffle position;
4), behind four workpiece to be processed 7 front end face location, side lateral positioning device 6 is lateral from trend both sides Compressing four workpieces to be processed 7, power roller 4 stops;
5), after workpiece to be processed 7 clamping, X moves quickly into first gap position to nc sliding table 2;
6) Y-direction nc sliding table 9 forward moves drive milling spindle head 11, and multiple milling spindle heads 11 are simultaneously First breach of four workpieces to be processed 7 is carried out Milling Process for the first time;
7) machine rear Z-direction nc sliding table 10 for the first time drives multiple milling spindle head 11 to drop to simultaneously The processing dimension height that workpiece to be processed 7 needs;
8) Y-direction nc sliding table 9 is reversely mobile drives multiple milling spindle heads 11 simultaneously to four workpieces to be processed First breach of 7 carries out second time Milling Process;
9) machine rear Z-direction nc sliding table 10 for the second time drives multiple milling spindle head 11 to rise to simultaneously Processing dimension height for the first time;
10) X moves quickly into four workpiece to be processed 7 next ones to nc sliding table 2 needs machining gap position;
11) repeat step 6) and step 10) program, until processing all of breach to be processed;
12) after machining, front end surface positioner 5 beat declines, side lateral positioning device 6 pine Open;
13) X power roller 4 on nc sliding table 2 automatically start send machine product to outlet power A roller top to bottm operation;
14) X is to nc sliding table 2, the quick return to origin of Y-direction nc sliding table 9;
15) repeat step 2) to step 14) and program cyclic process.
There is this kind of said structure for the Digit Control Machine Tool of forklift fork arm carrier entablature milling breach and operation side thereof Method is by forklift fork arm carrier entablature milling breach manufacturing procedure, it is achieved that unattended streamline is processed automatically, real Show and be automatically fed into workpiece, automated exchanged cutter, automatically processing, automatically send and process workpiece, liberated artificial labor Power is greatly improved production and processing efficiency, reduces production cost.

Claims (1)

1. utilize Digit Control Machine Tool that forklift fork arm carrier entablature is carried out a method of operating for milling breach, its It is characterised by: described Digit Control Machine Tool includes lathe bed (1);The X being positioned on lathe bed (1) to Nc sliding table (2), column (3);It is positioned at X power roller on nc sliding table (2) (4), front end surface positioner (5), side lateral positioning device (6), front protection cover (17), rear shield (18);Be placed with on described power roller (4) simultaneously four to be added Work workpiece (7);Described front end surface positioner (5), side lateral positioning device (6) Four workpieces to be processed are positioned simultaneously and clamp;Described column (3) is provided with crossbeam (8), Crossbeam (8) is provided with Y-direction nc sliding table (9), and Y-direction nc sliding table (9) is provided with Z To nc sliding table (10);Described Z-direction nc sliding table (10) is provided with multiple milling spindle Head (11), and described milling spindle head (11) is by being arranged on milling spindle head (11) The spindle servo electric machine (12) of side controls;Described Digit Control Machine Tool also include for control X to Nc sliding table (2), Y-direction nc sliding table (9) and Z-direction nc sliding table (10) are suspended on Control guidance panel (13) on crossbeam (8) and the control Electric Appliance Cabinet (14) being connected on lathe bed; Described Digit Control Machine Tool also include for hold workpiece to be processed chip deposit bits car (15), and Described bits car (15) of depositing are connected with lathe bed (1) by chip cleaner (16);Described X The power roller (4) driving four workpieces to be processed (7) it is provided with to nc sliding table (2); Described X is provided with front end surface positioner (5), side to nc sliding table (2) To positioner (6);
Described method of operating includes:
1) by power roller (4), four workpieces to be processed (7) are delivered to front end surface simultaneously fixed Position device (5), the clamping of side lateral positioning device (6) inner position;
2) after controlling guidance panel (13) startup procedure, X is on nc sliding table (2) Front end surface positioner (5) beat rises location;
3) the most respectively four workpieces to be processed (7) to be positioned over side lateral for power roller (4) The left and right sides of positioner (6), every side puts two pieces, and front end is sent and put front end surface location Device (5) end face baffle position;
4), behind four workpiece to be processed (7) front end face location, side lateral positioning device (6) is certainly Trend both sides laterally compress four workpieces to be processed (7), and power roller (4) stops;
5), after workpiece to be processed (7) clamping, X moves quickly into first to nc sliding table (2) Gap position;
6) Y-direction nc sliding table (9) forward moves the multiple milling spindle heads (11) of drive simultaneously to four First breach of workpiece to be processed (7) carries out Milling Process for the first time;
7) machining rear Z-direction nc sliding table (10) drives multiple milling spindle head (11) for the first time Drop to the processing dimension height that workpiece to be processed (7) needs simultaneously;
8) Y-direction nc sliding table (9) is the most mobile drives multiple milling spindle heads (11) simultaneously to four First breach of workpiece to be processed (7) carries out second time Milling Process;
9) second time machines rear Z-direction nc sliding table (10) and drives multiple milling spindle head (11) Rise to processing dimension height for the first time simultaneously;
10) X moves quickly into the next needs of four workpieces to be processed (7) to nc sliding table (2) Machining gap position;
11) repeat step 6) and step 10) program, until processing all of to be processed scarce Mouthful;
12) after machining, front end surface positioner (5) beat declines, side lateral register Device (6) unclamps;
13) startup automatically of X power roller (4) on nc sliding table (2) is sent and is machined product Product are to an outlet power roller top to bottm operation;
14) X is to nc sliding table (2), Y-direction nc sliding table (9) speed return to origin;
15) repeat step 2) to step 14) and program cyclic process.
CN201310438641.0A 2013-09-24 2013-09-24 A kind of utilize Digit Control Machine Tool that forklift fork arm carrier entablature is carried out the method for operating of milling breach Active CN103537739B (en)

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CN103537739B true CN103537739B (en) 2016-08-31

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2593940Y (en) * 2003-01-06 2003-12-24 孙世明 Double spindle milling and carving apparatus
CN201161302Y (en) * 2008-01-31 2008-12-10 郭云飞 Numerical control double-station carving and milling machine tool
KR20100000546A (en) * 2008-06-25 2010-01-06 주식회사 넥스메카 Laser milling hybrid machine
CN201505754U (en) * 2009-09-09 2010-06-16 安徽同兴科技发展有限责任公司 Multi-main shaft numerically controlled machining center
CN202498232U (en) * 2012-02-17 2012-10-24 无锡华联精工机械有限公司 Multi-station dual-head numerical control plane drilling machine
WO2012161367A1 (en) * 2011-05-26 2012-11-29 하나실리콘(주) Multi-spindle silicon cnc lathe

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2593940Y (en) * 2003-01-06 2003-12-24 孙世明 Double spindle milling and carving apparatus
CN201161302Y (en) * 2008-01-31 2008-12-10 郭云飞 Numerical control double-station carving and milling machine tool
KR20100000546A (en) * 2008-06-25 2010-01-06 주식회사 넥스메카 Laser milling hybrid machine
CN201505754U (en) * 2009-09-09 2010-06-16 安徽同兴科技发展有限责任公司 Multi-main shaft numerically controlled machining center
WO2012161367A1 (en) * 2011-05-26 2012-11-29 하나실리콘(주) Multi-spindle silicon cnc lathe
CN202498232U (en) * 2012-02-17 2012-10-24 无锡华联精工机械有限公司 Multi-station dual-head numerical control plane drilling machine

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