CN205437790U - Processing equipment with multiaxis drilling and inserted synchronous processing function - Google Patents
Processing equipment with multiaxis drilling and inserted synchronous processing function Download PDFInfo
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- CN205437790U CN205437790U CN201521127378.4U CN201521127378U CN205437790U CN 205437790 U CN205437790 U CN 205437790U CN 201521127378 U CN201521127378 U CN 201521127378U CN 205437790 U CN205437790 U CN 205437790U
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Abstract
The utility model provides a processing equipment with multiaxis drilling and inserted synchronous processing function, the utility model discloses a set up the traffic cycle on the equipment base, then set up a plurality of workstations in the periphery of traffic cycle, realized that has a special processing equipment who album drills, cleans, detects, puts into copper sheet, process synchronous processing function such as inserted, the utility model discloses an automatic upward unloading of manipulator, each synchronous processing of standing, effectual saving has reduced the production beat process time, has lightened the workman and has operated task load, has reduced company's amount of labour used, has reduced product manufacturing cost, simultaneously the utility model discloses have that the rigidity is good, the main shaft precision is high for processing product matter is stable, can large batchly produce. The utility model discloses realize clamping of product, accomplish the brill perforation shaping of product and inlay and join in marriage the carbide tooth that shorten process time by a wide margin, compare and shorten process time in radial drill by a wide margin.
Description
[technical field]
This utility model relates to technical field of machine tool manufacture, is specifically related to a kind of process equipment with multi-spindle drilling and inserted synchronous processing function.
[background technology]
Known, China excavates the perforation forming processing technology of tapering spherical tooth drill bit used by mine and tunnel and generally uses radial drilling machine, is equipped with special frock clamp, is processed molding.Edge is joined hard-metal insert technology and is generally used hydraulic single column press, is equipped with special frock clamp, carries out edge and join.Both the above technology all also exists repeatedly artificial raw repeatedly artificial clamping product, and labor intensity is big, the problems such as working (machining) efficiency is low, unstable product quality.
[summary of the invention]
Not enough in order to overcome present in background technology, this utility model provides a kind of process equipment with multi-spindle drilling and inserted synchronous processing function, this utility model is by arranging traffic cycle on equipment base, then the periphery at traffic cycle arranges a plurality of work station, it is achieved that a kind of have collection and hole, clean, detect, put into copper sheet, the special processing equipment of the operation synchronous processing function such as inserted.This utility model uses mechanical hand automatic loading/unloading, synchronous processing of respectively standing, and effective saving reduces productive temp, alleviate operative's task amount, decrease company's amount of labour used, reduce production cost process time；There is good rigidly, main shaft precision height simultaneously so that processing quality is stable, is able to large batch of to produce.
For realizing goal of the invention as above, the technical scheme that this utility model employing is as described below:
nullA kind of process equipment with multi-spindle drilling and inserted synchronous processing function，Including work station、Cuttings liquid water tank、Equipment base、Switch board、Mini-roundabout and traffic cycle，Described equipment base is provided with traffic cycle，Traffic cycle is interval with a plurality of mini-roundabout，Described mini-roundabout connects mini-roundabout actuating unit，Mini-roundabout is respectively equipped with fixture，Described fixture connects Hydraulic Station by pipeline，It is provided with a plurality of work station in the periphery of traffic cycle，The machining spindle of the most corresponding work station of each fixture，It is provided with cuttings liquid water tank at the rear portion of equipment base，Described cuttings liquid water tank connects, by pipeline, the cuttings liquid nozzle being arranged on work station side respectively，Described mini-roundabout actuating unit、Traffic cycle、Work station and cuttings liquid water tank connect switch board respectively and are formed and described have multi-spindle drilling and the process equipment of inserted synchronous processing function.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, described work station includes that loading and unloading station, end face perforation processing station, side perforation processing station, perforation measuring station, side perforation put copper sheet station, the inserted station of top side face perforation and the inserted station of end face perforation, and described loading and unloading station, end face perforation processing station, side perforation processing station, perforation measuring station, side perforation put copper sheet station, the inserted station of top side face perforation and the inserted station of end face perforation around traffic cycle around arrangement.
nullDescribed has multi-spindle drilling and the process equipment of inserted synchronous processing function，Described end face perforation processing station includes processing station right position adjustment block、Second station base block、Traffic cycle positioning inductor、Processing station front and back position adjustment block、Second station angle seat、Stroke nut、The slide main tapping of speed-regulating valve and second station translator，Described second station base block is arranged on equipment base，The medial surface of second station base block is provided with traffic cycle positioning inductor，It is provided with processing station right position adjustment block in the bottom of second station base block，It is arranged above with second station angle seat at second station base block，Processing station front and back position adjustment block it is provided with between second station angle seat and second station base block，The slide main tapping of second station translator it is provided with on the top of second station angle seat，The power intake of the slide main tapping of described second station translator connects motor，The clutch end of the slide main tapping of second station translator is provided with cutter，To be processed of the processing workpiece arranged in described cutter correspondence fixture，The slide main tapping of second station translator is respectively equipped with stroke nut and speed-regulating valve.
nullDescribed has multi-spindle drilling and the process equipment of inserted synchronous processing function，Described side perforation processing station includes processing station right position adjustment block、Processing station front and back position adjustment block、Stroke nut、Speed-regulating valve、3rd station pedestal、3rd station angle seat、The slide main tapping of the 3rd station translator，Described 3rd station pedestal is arranged on equipment base 8，It is provided with processing station right position adjustment block in the bottom of the 3rd station pedestal，Upper side at the 3rd station pedestal is provided with the 3rd station angle seat，It is provided with processing station front and back position adjustment block between the 3rd station angle seat and the 3rd station pedestal，The slide main tapping of the 3rd station translator it is provided with on the top of the 3rd station angle seat，The power intake of the slide main tapping of described 3rd station translator connects motor，The clutch end of the slide main tapping of the 3rd station translator connects cutter，To be processed of the processing workpiece arranged in described cutter correspondence fixture，The slide main tapping of the 3rd station translator is respectively equipped with stroke nut and speed-regulating valve.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, described perforation measuring station includes that perforation clears up block, gauge head, cylinder, adjustment block, 4th flanged plate and the 4th station base, described 4th station base is arranged on equipment base, it is provided with cylinder in the side of the 4th station base, the cylinder rod of described cylinder connects perforation cleaning block, to be processed of the processing workpiece arranged in described perforation cleaning block correspondence fixture, it is arranged above with the 4th flanged plate at the 4th station base, it is provided with two cylinders at the 4th flanged plate, it is respectively provided on two sides with adjustment block at cylinder, the cylinder rod termination of two cylinders is respectively equipped with gauge head, to be detected of the processing workpiece arranged in described gauge head correspondence fixture.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, described side perforation is put copper sheet station and is included suction pipe, scotch, cylinder, 5th station flanged plate, vibrations bucket and the 5th station base, described 5th station base is arranged on equipment base, it is provided with vibrations bucket in the side of the 5th station base, it is arranged above with the 5th station flanged plate at the 5th station base, 5th station flanged plate is provided with cylinder, the cylinder rod connection sliding block of described cylinder, it is provided with suction pipe in the end of slide block, to be processed of the processing workpiece arranged in described suction pipe correspondence fixture, 5th station flanged plate is provided with scotch.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, the described inserted station of top side face perforation includes speed-regulating valve, vibrations bucket, carbide button fairlead, carbide button hydraulic pressure head, 7th station vibration bucket support and the 7th station base, described 7th station base is arranged on equipment base, speed-regulating valve and the 7th station vibration bucket support it is respectively equipped with on the 7th station base, the upper end vibrating bucket support at the 7th station is provided with vibrations bucket, described speed-regulating valve connects carbide button hydraulic pressure head, to be processed of the processing workpiece arranged in described carbide button hydraulic pressure head correspondence fixture, 7th station base is provided with carbide button fairlead, described carbide button fairlead extends to process the top of workpiece.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, the described inserted station of end face perforation includes speed-regulating valve, vibrations bucket, carbide button fairlead, 8th station carbide button hydraulic pressure head, 8th station vibration bucket support and the 8th station base, described 8th station base is arranged on equipment base, bucket support is vibrated at the 8th station that is arranged over of the 8th station base, the upper end vibrating bucket support at the 8th station is provided with vibrations bucket, it is arranged above with the 8th station carbide button hydraulic pressure head at the 8th station base, described 8th station carbide button hydraulic pressure head connection speed regulation valve, to be processed of the processing workpiece arranged in 8th station carbide button hydraulic pressure head correspondence fixture, it is movably equipped with carbide button fairlead on the 8th station base.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, and described traffic cycle is provided with iron filings cleaning board, described iron filings cleaning board connection chip area, and described chip area connection chip removal car, described chip removal car is arranged on the side of equipment base.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, and described loading and unloading station is provided with mechanical hand, the fixture that described mechanical hand correspondence traffic cycle is arranged above with.
Use technical scheme as above, have the advantages that
A kind of process equipment with multi-spindle drilling and inserted synchronous processing function described in the utility model, this utility model is by arranging traffic cycle on equipment base, then the periphery at traffic cycle arranges a plurality of work station, achieve one and there is collection boring, cleaning, detection, put into copper sheet, the special processing equipment of the operation synchronous processing function such as inserted, this utility model uses mechanical hand automatic loading/unloading, respectively stand synchronous processing, effective saving reduces productive temp process time, alleviate operative's task amount, decrease company's amount of labour used, reduce production cost；This utility model has good rigidly, main shaft precision height simultaneously so that processing quality is stable, is able to large batch of to produce.This utility model realizes product clamped one time, and the brill perforation molding and the edge that complete product join hard-metal insert, are greatly shortened process time, are greatly shortened process time compared to radial drilling machine.
[accompanying drawing explanation]
Fig. 1 is plan structure schematic diagram of the present utility model；
Fig. 2 is main TV structure schematic diagram of the present utility model；
Fig. 3 is the structural representation of second station end face perforation processing station in this utility model Fig. 1；
Fig. 4 is the structural representation of the 3rd side, station perforation processing station in this utility model Fig. 1；
Fig. 5 is the structural representation of the 4th station perforation measuring station in this utility model Fig. 1；
Fig. 6 is the structural representation that in this utility model Fig. 1, the 5th station end face perforation puts copper sheet station；
Fig. 7 is the structural representation that in this utility model Fig. 1, the 6th side, station perforation puts copper sheet station；
Fig. 8 is the structural representation at the 7th inserted station of perforation, side, station in this utility model Fig. 1；
Fig. 9 is the structural representation at the 8th inserted station of end face perforation, station in this utility model Fig. 1；
Figure 10 is the structural representation of this utility model Tu1Zhong traffic cycle mechanism；
In the drawings: 1, loading and unloading station；2, end face perforation processing station；3, side perforation processing station；4, perforation measuring station；5, end face perforation puts copper sheet；6, chip removal car；7, cuttings liquid water tank；8, equipment base；9, side perforation puts copper sheet station；10, the inserted station of top side face perforation；11, the inserted station of end face perforation；12, mini-roundabout actuating unit；13, switch board；14, processing workpiece；15, mini-roundabout；16, traffic cycle；17, processing station right position adjustment block；18, second station base block；19, traffic cycle positioning inductor；20, processing station front and back position adjustment block；21, second station angle seat；22, stroke nut；23, speed-regulating valve；24, the slide main tapping of second station translator；25, fixture；26, the 3rd station pedestal；27, the 3rd station angle seat；28, the slide main tapping of the 3rd station translator；29, perforation cleaning block；30, gauge head；31, cylinder；32, adjustment block；33, the 4th flanged plate；34, the 4th station base；35, suction pipe；36, scotch；37, cylinder；38, the 5th station flanged plate；39, vibrations bucket；40, the 5th station base；41, the 6th station base；42, the 6th station vibration bucket support；43, carbide button fairlead；44, carbide button hydraulic pressure head；45, the 7th station vibration bucket support；46, the 7th station base；47, the 8th station carbide button hydraulic pressure head；48, the 8th station vibration bucket support；49, the 8th station base.
[detailed description of the invention]
Can be explained in more detail this utility model by the following examples, this utility model is not limited to the following examples；
nullIn conjunction with accompanying drawing 1～10，A kind of process equipment with multi-spindle drilling and inserted synchronous processing function described in the utility model，Including work station、Cuttings liquid water tank 7、Equipment base 8、Switch board 13、Mini-roundabout 15 and traffic cycle 16，Described equipment base 8 is provided with traffic cycle 16，Traffic cycle 16 is interval with a plurality of mini-roundabout 15，Described mini-roundabout 15 connects mini-roundabout actuating unit 12，Mini-roundabout 15 is respectively equipped with fixture 25，Described fixture 25 connects Hydraulic Station by pipeline，It is provided with a plurality of work station in the periphery of traffic cycle 16，The machining spindle of the most corresponding work station of each fixture 25，It is provided with cuttings liquid water tank 7 at the rear portion of equipment base 8，Described cuttings liquid water tank 7 connects, by pipeline, the cuttings liquid nozzle being arranged on work station side respectively，Described mini-roundabout actuating unit 12、Traffic cycle 16、Work station and cuttings liquid water tank 7 connect switch board 13 respectively and are formed and described have multi-spindle drilling and the process equipment of inserted synchronous processing function.Wherein said work station includes that copper sheet station 9, the inserted station of top side face perforation 10 and the inserted station of end face perforation 11 are put in loading and unloading station 1, end face perforation processing station 2, side perforation processing station 3, perforation measuring station 4, side perforation, and copper sheet station 9, the inserted station of top side face perforation 10 and the inserted station of end face perforation 11 are put around traffic cycle 16 around arrangement in described loading and unloading station 1, end face perforation processing station 2, side perforation processing station 3, perforation measuring station 4, side perforation.
Further, described loading and unloading station 1 is provided with mechanical hand, the fixture 25 that described mechanical hand correspondence traffic cycle 16 is arranged above with.Mechanical hand grabbing workpiece, is put into radium-shine angular positioner enterprising line position location, locates and postpone, and gripper of manipulator picks and places and uses on Three-jaw fixture above a mini-roundabout being arranged on waterwheel rotating disk, and Automatic-clamping workpiece, rear mechanical hand is return.This design well improves the work workload manually putting the workpiece in lathe, mechanical hand replace manual operation, safe and reliable.
nullFurther，Described end face perforation processing station 2 includes processing station right position adjustment block 17、Second station base block 18、Traffic cycle positioning inductor 19、Processing station front and back position adjustment block 20、Second station angle seat 21、Stroke nut 22、The slide main tapping 24 of speed-regulating valve 23 and second station translator，Described second station base block 18 is arranged on equipment base 8，The medial surface of second station base block 18 is provided with traffic cycle positioning inductor 19，It is provided with processing station right position adjustment block 17 in the bottom of second station base block 18，It is arranged above with second station angle seat 21 at second station base block 18，Processing station front and back position adjustment block 20 it is provided with between second station angle seat 21 and second station base block 18，The slide main tapping 24 of second station translator it is provided with on the top of second station angle seat 21，The power intake of the slide main tapping 24 of described second station translator connects motor，The clutch end of the slide main tapping 24 of second station translator is provided with cutter，To be processed of the processing workpiece 14 arranged in described cutter correspondence fixture 25，The slide main tapping 24 of second station translator is respectively equipped with stroke nut 22 and speed-regulating valve 23.nullIn end face perforation processing station 2, second station base block 18 is by keyway、Bolt is attached with equipment base 8 and second station angle seat 21 respectively，Second station base block 18 and equipment base 8 coupling part have the processing station right position adjustment block 17 adjusting left and right Working position，Second station base block 18 and second station angle seat 21 coupling part have the processing station front and back position adjustment block 20 of Working position before and after adjustment，It is provided with traffic cycle positioning inductor 19 at second station base block 18，The fixture above traffic cycle can be fed back whether at the dead ahead of processing station，System alarm can be fed back to，And have mechanical stop block carry out machinery location，A stroke nut 22 it is provided with below slide main tapping，The upper-lower position of main tapping can be regulated，It is contained in above slide and has a speed-regulating valve 23，Speed when main shaft advances can be regulated，The position of the machinery locating piece that regulation and regulation valve coordinate can realize selecting in which position to slow down.Whether the Working position advance, retreated, equipped with signal feedback device, can feed back Working position and put in place PLC control system, and power is provided by oil hydraulic system, and is lubricated slide by lubricating system, and slide main tapping is rotated by belt transmission by motor.The design of hydraulic system here can be accurately controlled Product processing size, again can accurately collision between prevention apparatus and product.
nullFurther，Described side perforation processing station 3 includes processing station right position adjustment block 17、Processing station front and back position adjustment block 20、Stroke nut 22、Speed-regulating valve 23、3rd station pedestal 26、3rd station angle seat 27、The slide main tapping 28 of the 3rd station translator，Described 3rd station pedestal 26 is arranged on equipment base 8，It is provided with processing station right position adjustment block 17 in the bottom of the 3rd station pedestal 26，Upper side at the 3rd station pedestal 26 is provided with the 3rd station angle seat 27，It is provided with processing station front and back position adjustment block 20 between the 3rd station angle seat 27 and the 3rd station pedestal 26，The slide main tapping 28 of the 3rd station translator it is provided with on the top of the 3rd station angle seat 27，The power intake of the slide main tapping 28 of described 3rd station translator connects motor，The clutch end of the slide main tapping 28 of the 3rd station translator connects cutter，To be processed of the processing workpiece 14 arranged in described cutter correspondence fixture 25，The slide main tapping 28 of the 3rd station translator is respectively equipped with stroke nut 22 and speed-regulating valve 23.In side perforation processing station 3, the 3rd station pedestal 26 is by keyway, bolt is attached with equipment base 8 and the 3rd station angle seat 27 respectively, 3rd station pedestal 26 and equipment base 8 coupling part have the processing station right position adjustment block 17 adjusting left and right Working position, 3rd station pedestal 26 and the 3rd angle seat 27 coupling part, station have the processing station front and back position adjustment block 20 of Working position before and after adjustment, and have mechanical stop block carry out machinery location, one stroke nut 22 is had below slide main tapping, the upper-lower position of main tapping can be regulated, it is contained in above slide and has a speed-regulating valve 23, speed when main shaft advances can be regulated, the position of the machinery locating piece that regulation and regulation valve coordinate can realize selecting in which position to slow down.Slide has forward-reverse function, whether the Working position advance, retreated, equipped with signal feedback device, can feed back Working position and put in place PLC control system, and power is provided by oil hydraulic system, and by lubricating system, slide is lubricated, slide main tapping is rotated by belt transmission by motor.Clamp for machining corresponding to the 3rd station 25 is driven by gear engagement by mini-roundabout actuating unit 12 and carries cogged mini-roundabout 15 to rotate, and fixture is contained in the rotation then realizing Working position above mini-roundabout.The design of hydraulic system here can be accurately controlled Product processing size, again can accurately collision between prevention apparatus and product.
Further, described perforation measuring station 4 includes that perforation clears up block 29, gauge head 30, cylinder 31, adjustment block 32, 4th flanged plate 33 and the 4th station base 34, described 4th station base 34 is arranged on equipment base 8, it is provided with cylinder 31 in the side of the 4th station base 34, the cylinder rod of described cylinder 31 connects perforation cleaning block 29, to be processed of the processing workpiece 14 arranged in the corresponding fixture 25 of described perforation cleaning block 29, it is arranged above with the 4th flanged plate 33 at the 4th station base 34, it is provided with two cylinders 31 at the 4th flanged plate 33, it is respectively provided on two sides with adjustment block 32 at cylinder 31, the cylinder rod termination of two cylinders 31 is respectively equipped with gauge head 30, to be detected of the processing workpiece 14 arranged in the corresponding fixture 25 of described gauge head 30.In perforation measuring station 4, the 4th station base 34 is attached with equipment base 8 and the 4th flanged plate 33 respectively by keyway, bolt, 4th flanged plate 33 is provided with position adjustment block 32, gauge head is fixed on a flange block, flange block and cylinder 31 connect cylinder provides the power of forward-reverse, gauge head is connected to above the air-gauge above lathe, feeds back perforation diameter data.Can be blown by the perforation cleaning block 29 that is driven by cylinder before measuring, clear up perforation, then measure.
Further, described side perforation is put copper sheet station 9 and is included suction pipe 35, scotch 36, cylinder 37, 5th station flanged plate 38, vibrations bucket 39 and the 5th station base 40, described 5th station base 40 is arranged on equipment base 8, vibrations bucket 39 it is provided with in the side of the 5th station base 40, it is arranged above with the 5th station flanged plate 38 at the 5th station base 40, 5th station flanged plate 38 is provided with cylinder 37, the cylinder rod connection sliding block of described cylinder 37, it is provided with suction pipe 35 in the end of slide block, to be processed of the processing workpiece 14 arranged in the corresponding fixture 25 of described suction pipe 35, 5th station flanged plate 38 is provided with scotch 36.Put copper sheet station 9 putting copper sheet station with end face perforation due to side perforation is same work station, and its structure is identical, not tires out at this and states, it should be understood that the 6th station base 41 is equivalent to the 5th station base 40, the 6th station vibration bucket support 42 is for fixing vibrations bucket 39.The 5th station base 40 that side perforation is put in copper sheet station 9 is attached with equipment base 8 and the 5th station flanged plate 38 respectively by keyway, bolt, cylinder drives suction pipe to advance up to Working position, it is confirmed whether to put in place by mechanical stop block 36 and is contained in the electrical feedback above cylinder and determines whether to put in place, copper sheet is contained in above vibrating disc, to exit portion, use a little mechanism to make end face perforation put copper sheet 5 and be separated into piecemeal, suck up be placed on inside perforation end face perforation being put copper sheet 5 by suction pipe.Clamp for machining corresponding to the 7th station 25 is driven by gear engagement by mini-roundabout actuating unit 12 and carries cogged mini-roundabout 15 to rotate, and fixture is contained in the rotation then realizing Working position above mini-roundabout.
Further, the described inserted station of top side face perforation 10 includes speed-regulating valve 23, vibrations bucket 39, carbide button fairlead 43, carbide button hydraulic pressure head 44, 7th station vibration bucket support 45 and the 7th station base 46, described 7th station base 46 is arranged on equipment base 8, speed-regulating valve 23 and the 7th station vibration bucket support 45 it is respectively equipped with on the 7th station base 46, the upper end vibrating bucket support 45 at the 7th station is provided with vibrations bucket 39, described speed-regulating valve 23 connects carbide button hydraulic pressure head 44, to be processed of the processing workpiece 14 arranged in the corresponding fixture 25 of described carbide button hydraulic pressure head 44, 7th station base 46 is provided with carbide button fairlead 43, described carbide button fairlead 43 extends to process the top of workpiece 14.Start to add man-hour, slide can advance and put in place, pace is regulated by speed-regulating valve 23, slowed down by the position of the deceleration block being contained in above slide in deceleration position, carbide button is dropped to inside carbide button fairlead 43 by shaking bucket 39, a carbide button isolated by carbide button fairlead 43, cylinder take guiding out of and be set to Working position, and hydraulic pressure head carries out knob again.After having pressed a carbide button, carbide button fairlead 43 and the 8th station carbide button hydraulic pressure head 47 can be return, and then mini-roundabout carries out rotating to next perforation position, repeats action, until three carbide buttons have all been inlayed above workpiece.
Further, the described inserted station of end face perforation 11 includes speed-regulating valve 23, vibrations bucket 39, carbide button fairlead 43, 8th station carbide button hydraulic pressure head 47, 8th station vibration bucket support 48 and the 8th station base 49, described 8th station base 49 is arranged on equipment base 8, bucket support 48 is vibrated at the 8th station that is arranged over of the 8th station base 49, the upper end vibrating bucket support 48 at the 8th station is provided with vibrations bucket 39, it is arranged above with the 8th station carbide button hydraulic pressure head 47 at the 8th station base 49, described 8th station carbide button hydraulic pressure head 47 connection speed regulation valve 23, to be processed of the processing workpiece 14 arranged in the 8th corresponding fixture 25 of station carbide button hydraulic pressure head 47, it is movably equipped with carbide button fairlead 43 on the 8th station base 49.Start to add man-hour, slide can advance and put in place, pace is regulated by speed-regulating valve 23, slowed down by the position of the deceleration block being contained in above slide in deceleration position, carbide button is dropped to inside carbide button fairlead 43 by shaking bucket 39, a carbide button isolated by carbide button fairlead 43, cylinder take carbide button fairlead 43 out of to Working position, and the 8th station carbide button hydraulic pressure head 47 carries out knob again.
Described has multi-spindle drilling and the process equipment of inserted synchronous processing function, and described traffic cycle 16 is provided with iron filings cleaning board, described iron filings cleaning board connection chip area, and described chip area connection chip removal car 6, described chip removal car 6 is arranged on the side of equipment base 8.Traffic cycle 16 is driven by hydraulic pressure, standby processing station all connects has cooling system to cool down adding the heat produced man-hour, and it is fitted with iron filings cleaning board at traffic cycle 16, the iron filings adding man-hour can be collected into the chip area of the impact faces that Plate Welding becomes, and sweeps to via iron filings cleaning board discharge outside lathe via chip removal car 6 in the chip-removal hole of a submounts.Here design ensure that iron filings will not fly out on equipment and hurts operator, but collected by special iron filings machine.
Machining area, for using all cover sheet metal shell, is isolated by appearance design of the present utility model with operator, it is possible to well ensure the safety of operator.Reach to operate safely, process efficient, easy to operate, produce energy-conservation requirement.
In this utility model, equipment base 8 is steel plate or foundry goods, be arranged on above equipment base 8 have adjustment Working position be distributed around the traffic cycle 16 with spinfunction equipped with hydraulically operated fixture, have hydraulic system, PLC control system, cooling system, chip removal system, lubricating system composition.Processing station is distributed as 6～12 stations, and it is 30～35 ° that side face drilling perforation can process the number of degrees.
This utility model is in implementation process, as a example by D40 product, have simultaneously one end face perforation of processing, three side perforations, put copper sheet, inserted function.
This utility model is relative to the advantage of traditional process equipment:
(1) by achieved above at a machine tool for the product that needs more to working procedure processing.
(2) can realize boring that tooth is empty, put copper sheet, inserted operation is processed simultaneously.
(3) Factory Building practical space has been saved, it is only necessary to a people can realize operation.
(4) shorten 50% process time than radial drilling machine process time, and can guarantee that crudy.
The non-detailed portion of this utility model is prior art.
The embodiment selected in this article for open the purpose of this utility model, it is suitable to be presently considered to be.It is to be understood that this utility model is intended to include all changes of all embodiments belonged in this design and invention scope and improvement.
Claims (10)
- null1. a process equipment with multi-spindle drilling and inserted synchronous processing function，Including work station、Cuttings liquid water tank (7)、Equipment base (8)、Switch board (13)、Mini-roundabout (15) and traffic cycle (16)，It is characterized in that: described equipment base (8) is provided with traffic cycle (16)，Traffic cycle (16) is interval with a plurality of mini-roundabout (15)，Described mini-roundabout (15) connects mini-roundabout actuating unit (12)，Mini-roundabout (15) is respectively equipped with fixture (25)，Described fixture (25) connects Hydraulic Station by pipeline，It is provided with a plurality of work station in the periphery of traffic cycle (16)，The machining spindle of the most corresponding work station of each fixture (25)，It is provided with cuttings liquid water tank (7) at the rear portion of equipment base (8)，Described cuttings liquid water tank (7) connects, by pipeline, the cuttings liquid nozzle being arranged on work station side respectively，Described mini-roundabout actuating unit (12)、Traffic cycle (16)、Work station and cuttings liquid water tank (7) connect respectively switch board (13) formed described in there is multi-spindle drilling and the process equipment of inserted synchronous processing function.
- The process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 1, it is characterized in that: described work station includes loading and unloading station (1), end face perforation processing station (2), side perforation processing station (3), perforation measuring station (4), side perforation puts copper sheet station (9), the inserted station of top side face perforation (10) and the inserted station of end face perforation (11), described loading and unloading station (1), end face perforation processing station (2), side perforation processing station (3), perforation measuring station (4), side perforation puts copper sheet station (9), the inserted station of top side face perforation (10) and the inserted station of end face perforation (11) are around traffic cycle (16) cincture arrangement.
- nullThe process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 2，It is characterized in that: described end face perforation processing station (2) includes processing station right position adjustment block (17)、Second station base block (18)、Traffic cycle positioning inductor (19)、Processing station front and back position adjustment block (20)、Second station angle seat (21)、Stroke nut (22)、The slide main tapping (24) of speed-regulating valve (23) and second station translator，Described second station base block (18) is arranged on equipment base (8)，The medial surface of second station base block (18) is provided with traffic cycle positioning inductor (19)，It is provided with processing station right position adjustment block (17) in the bottom of second station base block (18)，It is arranged above with second station angle seat (21) at second station base block (18)，Processing station front and back position adjustment block (20) it is provided with between second station angle seat (21) and second station base block (18)，The slide main tapping (24) of second station translator it is provided with on the top of second station angle seat (21)，The power intake of the slide main tapping (24) of described second station translator connects motor，The clutch end of the slide main tapping (24) of second station translator is provided with cutter，To be processed of the processing workpiece (14) arranged in described cutter correspondence fixture (25)，The slide main tapping (24) of second station translator is respectively equipped with stroke nut (22) and speed-regulating valve (23).
- nullThe process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 2，It is characterized in that: described side perforation processing station (3) includes processing station right position adjustment block (17)、Processing station front and back position adjustment block (20)、Stroke nut (22)、Speed-regulating valve (23)、3rd station pedestal (26)、3rd station angle seat (27)、The slide main tapping (28) of the 3rd station translator，Described 3rd station pedestal (26) is arranged on equipment base (8)，It is provided with processing station right position adjustment block (17) in the bottom of the 3rd station pedestal (26)，Upper side at the 3rd station pedestal (26) is provided with the 3rd station angle seat (27)，It is provided with processing station front and back position adjustment block (20) between the 3rd station angle seat (27) and the 3rd station pedestal (26)，The slide main tapping (28) of the 3rd station translator it is provided with on the top at the 3rd station angle seat (27)，The power intake of the slide main tapping (28) of described 3rd station translator connects motor，The clutch end of the slide main tapping (28) of the 3rd station translator connects cutter，To be processed of the processing workpiece (14) arranged in described cutter correspondence fixture (25)，The slide main tapping (28) of the 3rd station translator is respectively equipped with stroke nut (22) and speed-regulating valve (23).
- nullThe process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 2，It is characterized in that: described perforation measuring station (4) includes perforation cleaning block (29)、Gauge head (30)、Cylinder (31)、Adjustment block (32)、4th flanged plate (33) and the 4th station base (34)，Described 4th station base (34) is arranged on equipment base (8)，It is provided with cylinder (31) in the side of the 4th station base (34)，The cylinder rod of described cylinder (31) connects perforation cleaning block (29)，To be processed of the processing workpiece (14) arranged in the corresponding fixture (25) of described perforation cleaning block (29)，It is arranged above with the 4th flanged plate (33) at the 4th station base (34)，It is provided with two cylinders (31) at the 4th flanged plate (33)，It is respectively provided on two sides with adjustment block (32) at cylinder (31)，The cylinder rod termination of two cylinders (31) is respectively equipped with gauge head (30)，To be detected of the processing workpiece (14) arranged in the corresponding fixture (25) of described gauge head (30).
- nullThe process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 2，It is characterized in that: described side perforation is put copper sheet station (9) and included suction pipe (35)、Scotch (36)、Cylinder (37)、5th station flanged plate (38)、Vibrations bucket (39) and the 5th station base (40)，Described 5th station base (40) is arranged on equipment base (8)，Vibrations bucket (39) it are provided with in the side of the 5th station base (40)，It is arranged above with the 5th station flanged plate (38) at the 5th station base (40)，5th station flanged plate (38) is provided with cylinder (37)，The cylinder rod connection sliding block of described cylinder (37)，Suction pipe (35) it is provided with in the end of slide block，To be processed of the processing workpiece (14) arranged in the corresponding fixture (25) of described suction pipe (35)，5th station flanged plate (38) is provided with scotch (36).
- nullThe process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 2，It is characterized in that: the described inserted station of top side face perforation (10) includes speed-regulating valve (23)、Vibrations bucket (39)、Carbide button fairlead (43)、Carbide button hydraulic pressure head (44)、7th station vibration bucket support (45) and the 7th station base (46)，Described 7th station base (46) is arranged on equipment base (8)，Speed-regulating valve (23) and the 7th station vibration bucket support (45) it is respectively equipped with on the 7th station base (46)，The upper end vibrating bucket support (45) at the 7th station is provided with vibrations bucket (39)，Described speed-regulating valve (23) connects carbide button hydraulic pressure head (44)，To be processed of the processing workpiece (14) arranged in the corresponding fixture (25) of described carbide button hydraulic pressure head (44)，7th station base (46) is provided with carbide button fairlead (43)，Described carbide button fairlead (43) extends to process the top of workpiece (14).
- nullThe process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 2，It is characterized in that: the described inserted station of end face perforation (11) includes speed-regulating valve (23)、Vibrations bucket (39)、Carbide button fairlead (43)、8th station carbide button hydraulic pressure head (47)、8th station vibration bucket support (48) and the 8th station base (49)，Described 8th station base (49) is arranged on equipment base (8)，Bucket support (48) is vibrated at the 8th station that is arranged over of the 8th station base (49)，The upper end vibrating bucket support (48) at the 8th station is provided with vibrations bucket (39)，It is arranged above with the 8th station carbide button hydraulic pressure head (47) at the 8th station base (49)，Described 8th station carbide button hydraulic pressure head (47) connection speed regulation valve (23)，To be processed of the processing workpiece (14) arranged in the corresponding fixture (25) in 8th station carbide button hydraulic pressure head (47)，It is movably equipped with carbide button fairlead (43) on the 8th station base (49).
- The process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 1, it is characterized in that: described traffic cycle (16) is provided with iron filings cleaning board, described iron filings cleaning board connection chip area, described chip area connection chip removal car (6), described chip removal car (6) is arranged on the side of equipment base (8).
- The process equipment with multi-spindle drilling and inserted synchronous processing function the most according to claim 2, it is characterized in that: described loading and unloading station (1) is provided with mechanical hand, the fixture (25) that described mechanical hand correspondence traffic cycle (16) is arranged above with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521127378.4U CN205437790U (en) | 2015-12-25 | 2015-12-25 | Processing equipment with multiaxis drilling and inserted synchronous processing function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521127378.4U CN205437790U (en) | 2015-12-25 | 2015-12-25 | Processing equipment with multiaxis drilling and inserted synchronous processing function |
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| Publication Number | Publication Date |
|---|---|
| CN205437790U true CN205437790U (en) | 2016-08-10 |
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| CN201521127378.4U Active CN205437790U (en) | 2015-12-25 | 2015-12-25 | Processing equipment with multiaxis drilling and inserted synchronous processing function |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114310293A (en) * | 2021-12-30 | 2022-04-12 | 贵州高峰石油机械股份有限公司 | Method and device for press-mounting alloy teeth of drill bit |
| CN114535658A (en) * | 2022-04-02 | 2022-05-27 | 浙江普兰卡钎具股份有限公司 | Production equipment for drill tool machining |
-
2015
- 2015-12-25 CN CN201521127378.4U patent/CN205437790U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114310293A (en) * | 2021-12-30 | 2022-04-12 | 贵州高峰石油机械股份有限公司 | Method and device for press-mounting alloy teeth of drill bit |
| CN114310293B (en) * | 2021-12-30 | 2024-03-01 | 贵州高峰石油机械股份有限公司 | Drill bit alloy tooth press-fitting method and device |
| CN114535658A (en) * | 2022-04-02 | 2022-05-27 | 浙江普兰卡钎具股份有限公司 | Production equipment for drill tool machining |
| CN114535658B (en) * | 2022-04-02 | 2022-08-30 | 浙江普兰卡钎具股份有限公司 | Production equipment for drill tool machining |
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