CN205325169U - Processing equipment with multiaxis mills and bores synchronous processing function - Google Patents

Processing equipment with multiaxis mills and bores synchronous processing function Download PDF

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Publication number
CN205325169U
CN205325169U CN201521127377.XU CN201521127377U CN205325169U CN 205325169 U CN205325169 U CN 205325169U CN 201521127377 U CN201521127377 U CN 201521127377U CN 205325169 U CN205325169 U CN 205325169U
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China
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station
processing
angle seat
base
translator
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Inventor
谢屹峰
苏珍发
崔盼超
黄森城
郑鑫松
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LUOYANG JINLU HARD ALLOY TOOL Co Ltd
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LUOYANG JINLU HARD ALLOY TOOL Co Ltd
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Abstract

The utility model provides a processing equipment with multiaxis mills and bores synchronous processing function, the utility model discloses a set up traffic cycle (5) on lathe base (6), then set up a plurality of workstations in the periphery of traffic cycle, mill row the powder groove, bore the water hole and all accomplish an equipment processing, and multistation simultaneous processing, only need to go up the unloading can, shorten process time by a wide margin, manual work required so only needs 1 people perhaps to use the manipulator can to no. One time the clamping can be realized milling row powder groove, bore whole manufacturing procedure in water hole, the utility model discloses a rigidity is good, the main shaft precision is high for processing product matter is stable, can large batchly produce. Assurance operating personnel's that simultaneously can also be fine safety reaches and operates safely, processes high efficiency, convenient operation, the energy -conserving purpose of production. The utility model discloses have high efficiency, high qualification rate, practice thrift artificial tapering bore bit and mill row powder groove, bore water hole special processing equipment.

Description

A kind of process equipment with multiaxis milling brill synchronous processing function
[technical field]
This utility model relates to technical field of machine tool manufacture, particularly relates to and a kind of have multiaxis milling and bore the process equipment of synchronous processing function, is specifically related to a kind of to have qualification rate efficient, high, save artificial tapering bore bit milling sludge groove, bore water hole special processing equipment。
[background technology]
Known, China excavates the forming processing technology in tapering spherical tooth drill bit diaper body sludge groove and water hole used by mine and tunnel and is typically with universal milling machine or vertical machining center, coordinates special frock clamp, is processed molding。The machining tool in processing sludge groove and brill water hole separates。This forming processing technology also exists 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]
In order to overcome the deficiency existed in background technology, this utility model provides a kind of process equipment with multiaxis milling brill synchronous processing function, this utility model by arranging traffic cycle on lathe base, then a plurality of work station is set in the periphery of traffic cycle, product clamped one time can be realized, complete the sludge groove of product and the processing and forming in water hole, process time is greatly shortened, can also well ensure the safety of operator simultaneously, reach to operate safely, process efficient, easy to operate, produce energy-conservation purpose。
For realizing goal of the invention as above, this utility model adopts technical scheme as described below:
A kind of process equipment with multiaxis milling brill synchronous processing function, including switch board, lathe base, cuttings liquid water tank, traffic cycle and work station, described lathe base is provided with traffic cycle, spaced above at traffic cycle is provided with a plurality of 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 each fixture corresponding work station respectively, it is provided with cuttings liquid water tank at the rear portion of lathe base, described cuttings liquid water tank connects, by pipeline, the cuttings liquid nozzle being arranged on work station side respectively, described traffic cycle, work station and cuttings liquid water tank connect switch board respectively and form the described process equipment with multiaxis milling brill synchronous processing function。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, described work station includes loading and unloading station, sludge groove processing station, water hole, side centering station, water hole, side drill through station, sludge groove processing station, chamfering station, end face water hole, end face water hole drill through station and sludge groove processing station, and described loading and unloading station, sludge groove processing station, water hole, side centering station, water hole, side drill through station, sludge groove processing station, chamfering station, end face water hole, end face water hole drill through station and sludge groove processing station around traffic cycle around arrangement。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, described sludge groove processing station A includes processing station right position adjustment block, second station base block, processing station front and back position adjustment block, the slide main tapping of second station angle seat and second station translator, described second station base block is arranged on lathe base, 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 in the upper surface 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 connects cutter, to be processed of the processing work arranged in described cutter correspondence fixture。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, and the angle of inclination of described second station angle seat is 7 °~9 °。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, water hole, described side centering station includes processing station right position adjustment block, processing station front and back position adjustment block, 3rd station base block, the slide main tapping of the 3rd station angle seat and the 3rd station translator, described 3rd station base block is arranged on lathe base, it is provided with processing station right position adjustment block in the bottom of the 3rd station base block, it is arranged above with the 3rd station angle seat at the 3rd station base block, it is provided with processing station front and back position adjustment block between the 3rd station angle seat and the 3rd station base block, the slide main tapping of the 3rd station translator it is provided with in the upper end 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 work arranged in described cutter correspondence fixture。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, water hole, described side drills through station and includes processing station right position adjustment block, processing station front and back position adjustment block, the slide main tapping of the 4th station translator, 4th station angle seat and the 4th station base block, described 4th station base block is arranged on lathe base, it is provided with processing station right position adjustment block in the bottom of the 4th station base block, it is arranged above with the 4th station angle seat at the 4th station base block, it is provided with processing station front and back position adjustment block between the 4th station angle seat and the 4th station base block, the slide main tapping of the 4th station translator it is provided with in the upper end of the 4th station angle seat, the power intake of the slide main tapping of described 4th station translator connects motor, the clutch end of the slide main tapping of the 4th station translator connects cutter, to be processed of the processing work arranged in described cutter correspondence fixture。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, chamfering station, described end face water hole includes processing station right position adjustment block, processing station front and back position adjustment block, 6th station base block, 6th station angle seat, the slide main tapping of the 6th station translator and the 6th guide pad, described 6th station base block is arranged on lathe base, it is provided with processing station right position adjustment block in the bottom of the 6th station base block, it is arranged above with the 6th station angle seat at the 6th station base block, the medial surface of the 6th station angle seat is provided with the 6th guide pad extended to above fixture, it is provided with processing station front and back position adjustment block between the 6th station angle seat and the 6th station base block, the slide main tapping of the 6th station translator it is provided with in the upper end of the 6th station angle seat, the power intake of the slide main tapping of described 6th station translator connects motor, the clutch end of the slide main tapping of the 6th station translator connects cutter, to be processed of the processing work arranged in described cutter correspondence fixture。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, described end face water hole drills through station and includes processing station right position adjustment block, processing station front and back position adjustment block, 7th station guide pad, the slide main tapping of the 7th station translator, 7th station angle seat and the 7th station base, described 7th station base is arranged on lathe base, it is provided with processing station right position adjustment block in the bottom of the 7th station base, it is arranged above with the 7th station angle seat at the 7th station base, the medial surface of the 7th station angle seat is provided with the 7th station guide pad extended to above fixture, it is provided with processing station front and back position adjustment block between the 7th station angle seat and the 7th station base, the slide main tapping of the 7th station translator it is provided with in the upper end of the 7th station angle seat, the power intake of the slide main tapping of described 7th station translator connects motor, the clutch end of the slide main tapping of the 7th station translator connects cutter, to be processed of the processing work arranged in described cutter correspondence fixture。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, and described traffic cycle is provided with iron filings cleaning board, described iron filings cleaning board connection chip area, and described chip area connection Scrap-removing machine, described Scrap-removing machine is arranged on the side of lathe base。
The process equipment of synchronous processing function is bored in the described multiaxis milling that has, described traffic cycle is Waterwheel-type rotating disk, is provided with a plurality of fixture on traffic cycle, described fixture be connected with gear, described gear connects band gear mini-roundabout, and described band gear mini-roundabout connects mini-roundabout actuating unit。
Adopt technical scheme as above, have the advantages that
A kind of process equipment with multiaxis milling brill synchronous processing function described in the utility model, this utility model by arranging traffic cycle on lathe base, then a plurality of work station is set in the periphery of traffic cycle, milling sludge groove, bore water hole all to complete an apparatus processing, and multistation processes simultaneously, only need loading and unloading, process time is greatly shortened, so required artificial needs 1 people or uses mechanical hand, and clamped one time can realize milling sludge groove, bore whole manufacturing procedures in water hole, rigidity of the present utility model is good, main shaft precision is high, make processing quality stable, it is able to large batch of to produce。Can also well ensure the safety of operator simultaneously, reach to operate safely, process efficient, easy to operate, produce energy-conservation purpose。This utility model has qualification rate efficient, high, save artificial tapering bore bit milling sludge groove, bore water hole special processing equipment。
[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 in this utility model Fig. 1, the 5th station, the 8th station sludge groove processing station;
Fig. 4 is the structural representation that in this utility model Fig. 1, the 4th water hole, side, station drills through station;
Fig. 5 is the structural representation of the 3rd water hole, face, side, station centering station in this utility model Fig. 1;
Fig. 6 is the structural representation at the 6th chamfer machining station, end face water hole, station in this utility model Fig. 1;
Fig. 7 is the structural representation that in this utility model Fig. 1, the 7th end face water hole, station drills through station;
Fig. 8 is the structural representation of this utility model Tu1Zhong traffic cycle mechanism;
In the drawings: 1, loading and unloading station;2, switch board;3, sludge groove processing station A;4, water hole, side centering station;5, water hole, side drills through station;6, lathe base;7, sludge groove processing station B;8, Scrap-removing machine;9, cuttings liquid water tank;10, end face water hole chamfering station;11, end face water hole drills through station;12, sludge groove processing station C;13, mini-roundabout actuating unit;14, band gear mini-roundabout;15, traffic cycle;16, processing work;17, processing station right position adjustment block;18, second station base block;19, processing station front and back position adjustment block;20, second station angle seat;21, the slide main tapping of second station translator;22, the 3rd station base block;23, the 3rd station angle seat;24, the slide main tapping of the 3rd station translator;25, fixture;26, the slide main tapping of the 4th station translator;27, the 4th station angle seat;28, the 4th station base block;29, the 6th station base block;30, the 6th station angle seat;31, the slide main tapping of the 6th station translator;32, the 6th guide pad;33, the 7th station guide pad;34, the slide main tapping of the 7th station translator;35, the 7th station angle seat;36, the 7th station base。
[detailed description of the invention]
Can being explained in more detail this utility model by the following examples, this utility model is not limited to the following examples;
In conjunction with accompanying drawing 1~8, a kind of process equipment with multiaxis milling brill synchronous processing function described in the utility model, including switch board 2, lathe base 6, cuttings liquid water tank 9, traffic cycle 15 and work station, described lathe base 6 is provided with traffic cycle 15, spaced above at traffic cycle 15 is provided with a plurality of 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 15, the machining spindle of each fixture 25 corresponding work station respectively, it is provided with cuttings liquid water tank 9 at the rear portion of lathe base 6, described cuttings liquid water tank 9 connects, by pipeline, the cuttings liquid nozzle being arranged on work station side respectively, described traffic cycle 15, work station and cuttings liquid water tank 9 connect switch board 2 respectively and form the described process equipment with multiaxis milling brill synchronous processing function。
Wherein said work station includes loading and unloading station 1, sludge groove processing station A3, water hole, side centering station 4, water hole, side drill through station 5, sludge groove processing station B7, chamfering station, end face water hole 10, end face water hole drill through station 11 and sludge groove processing station C12, and described loading and unloading station 1, sludge groove processing station A3, water hole, side centering station 4, water hole, side drill through station 5, sludge groove processing station B7, chamfering station, end face water hole 10, end face water hole drill through station 11 and sludge groove processing station C12 around traffic cycle 15 around arrangement。
The bore bit that the loading and unloading mode at wherein said loading and unloading station 1 is processing carries out loading and unloading via artificial or mechanical hand, if adopting mechanical hand loading and unloading, loading and unloading station 1 is provided with mechanical hand grasping mechanism, the fixture 25 that the mechanical hand correspondence traffic cycle 15 in described mechanical hand grasping mechanism is arranged above with。
Further, described sludge groove processing station A3 includes the slide main tapping 21 of processing station right position adjustment block 17, second station base block 18, processing station front and back position adjustment block 19, second station angle seat 20 and second station translator, described second station base block 18 is arranged on lathe base 6, it is provided with processing station right position adjustment block 17 in the bottom of second station base block 18, being arranged above with second station angle seat 20 at second station base block 18, the angle of inclination of described second station angle seat 20 is 7 °~9 °;Processing station front and back position adjustment block 19 it is provided with between second station angle seat 20 and second station base block 18, the slide main tapping 21 of second station translator it is provided with in the upper surface of second station angle seat 20, the power intake of the slide main tapping 21 of described second station translator connects motor, the clutch end of the slide main tapping 21 of second station translator connects cutter, to be processed of the processing work 16 arranged in described cutter correspondence fixture 25。Described sludge groove processing station B7 is identical with sludge groove processing station A3 with the structure of sludge groove processing station C12, not tires out at this and states。In sludge groove processing station A3, second station base block 18 is by keyway, bolt is attached with lathe base 6 and second station angle seat 20 respectively, second station base block 18 and lathe base 6 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 20 coupling part have the processing station front and back position adjustment block 19 adjusting front and back Working position, and have mechanical stop block carry out machinery location, and equipped with signal feedback device, Working position can be fed back whether put in place PLC control system, slide has forward-reverse function, power is provided by oil hydraulic system, and by lubricating system, slide is lubricated, 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。
Further, water hole, described side centering station 4 includes processing station right position adjustment block 17, processing station front and back position adjustment block 19, 3rd station base block 22, the slide main tapping 24 of the 3rd station angle seat 23 and the 3rd station translator, described 3rd station base block 22 is arranged on lathe base 6, it is provided with processing station right position adjustment block 17 in the bottom of the 3rd station base block 22, it is arranged above with the 3rd station angle seat 23 at the 3rd station base block 22, it is provided with processing station front and back position adjustment block 19 between the 3rd station angle seat 23 and the 3rd station base block 22, the slide main tapping 24 of the 3rd station translator it is provided with in the upper end of the 3rd station angle seat 23, the power intake of the slide main tapping 24 of described 3rd station translator connects motor, the clutch end of the slide main tapping 24 of the 3rd station translator connects cutter, to be processed of the processing work 16 arranged in described cutter correspondence fixture 25。In water hole, side centering station 4, the 3rd station base block 22 is by keyway, bolt is attached with lathe base 6 and the 3rd station angle seat 23 respectively, Part I and steel plate base coupling part have the function (17) adjusting left and right Working position, 3rd station base block 22 and the 3rd angle seat 23 coupling part, station have the processing station front and back position adjustment block 19 adjusting front and back Working position, and have mechanical stop block carry out machinery location, and equipped with signal feedback device, Working position can be fed back whether put in place PLC control system, slide has forward-reverse function, power is provided by oil hydraulic system, and by lubricating system, slide is lubricated, slide main tapping is rotated by belt transmission by motor。The clamp for machining 25 of slide main tapping 24 correspondence of the 3rd station translator is rotated with gear mini-roundabout 14 by gear engagement drive by mini-roundabout actuating unit 13, 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, water hole, described side drills through station 5 and includes processing station right position adjustment block 17, processing station front and back position adjustment block 19, the slide main tapping 26 of the 4th station translator, 4th station angle seat 27 and the 4th station base block 28, described 4th station base block 28 is arranged on lathe base 6, it is provided with processing station right position adjustment block 17 in the bottom of the 4th station base block 28, it is arranged above with the 4th station angle seat 27 at the 4th station base block 28, it is provided with processing station front and back position adjustment block 19 between the 4th station angle seat 27 and the 4th station base block 28, the slide main tapping 26 of the 4th station translator it is provided with in the upper end of the 4th station angle seat 27, the power intake of the slide main tapping 26 of described 4th station translator connects motor, the clutch end of the slide main tapping 26 of the 4th station translator connects cutter, to be processed of the processing work 16 arranged in described cutter correspondence fixture 25。Water hole, side drill through station 5 in the 4th station base block 28 by keyway, bolt is attached with lathe base 6 and the 4th station angle seat 27 respectively, 4th station base block 28 and lathe base 6 coupling part have the processing station right position adjustment block 17 adjusting left and right Working position, 4th station base block 28 and the 4th angle seat 27 coupling part, station have the processing station front and back position adjustment block 19 adjusting front and back Working position, and have mechanical stop block carry out machinery location, and equipped with signal feedback device, Working position can be fed back whether put in place PLC control system, slide has forward-reverse function, power is provided by oil hydraulic system, and by lubricating system, slide is lubricated, 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。
Further, chamfering station, described end face water hole 10 includes processing station right position adjustment block 17, processing station front and back position adjustment block 19, 6th station base block 29, 6th station angle seat 30, the slide main tapping 31 of the 6th station translator and the 6th guide pad 32, described 6th station base block 29 is arranged on lathe base 6, it is provided with processing station right position adjustment block 17 in the bottom of the 6th station base block 29, it is arranged above with the 6th station angle seat 30 at the 6th station base block 29, the medial surface of the 6th station angle seat 30 is provided with the 6th guide pad 32 extended to above fixture 25, it is provided with processing station front and back position adjustment block 19 between the 6th station angle seat 30 and the 6th station base block 29, the slide main tapping 31 of the 6th station translator it is provided with in the upper end of the 6th station angle seat 30, the power intake of the slide main tapping 31 of described 6th station translator connects motor, the clutch end of the slide main tapping 31 of the 6th station translator connects cutter, to be processed of the processing work 16 arranged in described cutter correspondence fixture 25。In chamfering station, end face water hole 10, the 6th station base block 29 is by keyway, bolt is attached with lathe base 6 and the 6th station angle seat 30 respectively, 6th station base block 29 and lathe base 6 coupling part have the processing station right position adjustment block 17 adjusting left and right Working position, 6th station base block 29 and the 6th angle seat 30 coupling part, station have the processing station front and back position adjustment block 19 adjusting front and back Working position, and have mechanical stop block carry out machinery location, and equipped with signal feedback device, Working position can be fed back whether put in place PLC control system, slide has forward-reverse function, power is provided by oil hydraulic system, and by lubricating system, slide is lubricated, slide main tapping is rotated by belt transmission by motor。The clamp for machining 25 of slide main tapping 31 correspondence of the 6th station translator is rotated with gear mini-roundabout 14 by gear engagement drive by mini-roundabout actuating unit 13, 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 end face water hole drills through station 11 and includes processing station right position adjustment block 17, processing station front and back position adjustment block 19, 7th station guide pad 33, the slide main tapping 34 of the 7th station translator, 7th station angle seat 35 and the 7th station base 36, described 7th station base 36 is arranged on lathe base 6, it is provided with processing station right position adjustment block 17 in the bottom of the 7th station base 36, it is arranged above with the 7th station angle seat 35 at the 7th station base 36, the medial surface of the 7th station angle seat 35 is provided with the 7th station guide pad 33 extended to above fixture 25, it is provided with processing station front and back position adjustment block 19 between the 7th station angle seat 35 and the 7th station base 36, the slide main tapping 34 of the 7th station translator it is provided with in the upper end of the 7th station angle seat 35, the power intake of the slide main tapping 34 of described 7th station translator connects motor, the clutch end of the slide main tapping 34 of the 7th station translator connects cutter, to be processed of the processing work 16 arranged in described cutter correspondence fixture 25。End face water hole drill through station 11 in the 7th station base 36 by keyway, bolt is attached with lathe base 6 and the 7th station angle seat 35 respectively, seven station bases 36 and lathe base 6 coupling part have the processing station right position adjustment block 17 adjusting left and right Working position, 7th station base 36 and the 7th angle seat 35 coupling part, station have the processing station front and back position adjustment block 19 adjusting front and back Working position, and have mechanical stop block carry out machinery location, and equipped with signal feedback device, Working position can be fed back whether put in place PLC control system, slide has forward-reverse function, power is provided by oil hydraulic system, and by lubricating system, slide is lubricated, 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。
Further, described traffic cycle 15 is provided with iron filings cleaning board, described iron filings cleaning board connection chip area, and described chip area connection Scrap-removing machine 8, described Scrap-removing machine 8 is arranged on the side of lathe base 6。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 in the chip-removal hole of a submounts and discharges outside lathe via Scrap-removing machine 8。Here design ensure that iron filings will not fly out and hurts operator on equipment, but collected by special iron filings machine。
Further, described traffic cycle 15 is Waterwheel-type rotating disk, is provided with a plurality of fixture 25 on traffic cycle 15, described fixture 25 be connected with gear, described gear connect band gear mini-roundabout 14, described band gear mini-roundabout 14 connects mini-roundabout actuating unit 13。Traffic cycle 15 can being driven to rotate by the engagement of band gear mini-roundabout 14 gear, it is possible to adjust the anglec of rotation of traffic cycle 15, the bore bit that loading and unloading mode is processing carries out loading and unloading via artificial or mechanical hand。
In this utility model, lathe base 6 is steel plate or foundry goods, it is arranged on above lathe base 6 to have adjustment Working position to be distributed around the traffic cycle with spinfunction equipped with hydraulically operated fixture, there is hydraulic system, PLC control system, cooling system, chip removal system, lubricating system composition。Processing station is distributed as 6~12 stations, and sludge groove machining angle is 7~9 degree。The machining angle in water hole, side is 30~45 degree。
This utility model is in implementation process, for D40 product, has three sludge grooves of processing simultaneously, end face water hole chamfering, end face water hole drill through, water hole, side preboring, water hole, side drill through a function。
Multiaxis milling that what this utility model was told have is bored the process equipment of synchronous processing function first advantage for traditional process equipment and is in that:
(1) by the milling sludge groove needing multiple devices to process, bore water hole achieved above at a machine。
(2) can realize milling sludge groove, brill water hole operation is processed simultaneously。
(3) Factory Building practical space has been saved, it is only necessary to a people can realize operation。
(4) shorten 67% process time than universal milling 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 belonging to embodiment in this design and invention scope and improvement。

Claims (10)

1. a process equipment with multiaxis milling brill synchronous processing function, including switch board (2), lathe base (6), cuttings liquid water tank (9), traffic cycle (15) and work station, it is characterized in that: on described lathe base (6), be provided with traffic cycle (15), spaced above at traffic cycle (15) is provided with a plurality of 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 (15), the machining spindle of each fixture (25) corresponding work station respectively, it is provided with cuttings liquid water tank (9) at the rear portion of lathe base (6), described cuttings liquid water tank (9) connects the cuttings liquid nozzle being arranged on work station side respectively by pipeline, described traffic cycle (15), work station and cuttings liquid water tank (9) connect switch board (2) respectively and form the described process equipment with multiaxis milling brill synchronous processing function。
2. the process equipment with multiaxis milling brill synchronous processing function according to claim 1, it is characterized in that: described work station includes loading and unloading station (1), sludge groove processing station A (3), water hole, side centering station (4), water hole, side drills through station (5), sludge groove processing station B (7), chamfering station, end face water hole (10), end face water hole drills through station (11) and sludge groove processing station C (12), described loading and unloading station (1), sludge groove processing station A (3), water hole, side centering station (4), water hole, side drills through station (5), sludge groove processing station B (7), chamfering station, end face water hole (10), end face water hole drills through station (11) and sludge groove processing station C (12) around traffic cycle (15) around arrangement。
3. the process equipment with multiaxis milling brill synchronous processing function according to claim 2, it is characterized in that: described sludge groove processing station A (3) includes processing station right position adjustment block (17), second station base block (18), processing station front and back position adjustment block (19), the slide main tapping (21) of second station angle seat (20) and second station translator, described second station base block (18) is arranged on lathe base (6), 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 (20) at second station base block (18), processing station front and back position adjustment block (19) it is provided with between second station angle seat (20) and second station base block (18), the slide main tapping (21) of second station translator it is provided with in the upper surface of second station angle seat (20), the power intake of the slide main tapping (21) of described second station translator connects motor, the clutch end of the slide main tapping (21) of second station translator connects cutter, to be processed of the processing work (16) arranged in described cutter correspondence fixture (25)。
4. the process equipment with multiaxis milling brill synchronous processing function according to claim 3, is characterized in that: the angle of inclination of described second station angle seat (20) is 7 °~9 °。
5. the process equipment with multiaxis milling brill synchronous processing function according to claim 2, it is characterized in that: water hole, described side centering station (4) includes processing station right position adjustment block (17), processing station front and back position adjustment block (19), 3rd station base block (22), the slide main tapping (24) of the 3rd station angle seat (23) and the 3rd station translator, described 3rd station base block (22) is arranged on lathe base (6), it is provided with processing station right position adjustment block (17) in the bottom of the 3rd station base block (22), it is arranged above with the 3rd station angle seat (23) at the 3rd station base block (22), it is provided with processing station front and back position adjustment block (19) between the 3rd station angle seat (23) and the 3rd station base block (22), the slide main tapping (24) of the 3rd station translator it is provided with in the upper end at the 3rd station angle seat (23), the power intake of the slide main tapping (24) of described 3rd station translator connects motor, the clutch end of the slide main tapping (24) of the 3rd station translator connects cutter, to be processed of the processing work (16) arranged in described cutter correspondence fixture (25)。
6. the process equipment with multiaxis milling brill synchronous processing function according to claim 2, it is characterized in that: water hole, described side drills through station (5) and includes processing station right position adjustment block (17), processing station front and back position adjustment block (19), the slide main tapping (26) of the 4th station translator, 4th station angle seat (27) and the 4th station base block (28), described 4th station base block (28) is arranged on lathe base (6), it is provided with processing station right position adjustment block (17) in the bottom of the 4th station base block (28), it is arranged above with the 4th station angle seat (27) at the 4th station base block (28), it is provided with processing station front and back position adjustment block (19) between the 4th station angle seat (27) and the 4th station base block (28), the slide main tapping (26) of the 4th station translator it is provided with in the upper end at the 4th station angle seat (27), the power intake of the slide main tapping (26) of described 4th station translator connects motor, the clutch end of the slide main tapping (26) of the 4th station translator connects cutter, to be processed of the processing work (16) arranged in described cutter correspondence fixture (25)。
7. the process equipment with multiaxis milling brill synchronous processing function according to claim 2, it is characterized in that: chamfering station, described end face water hole (10) includes processing station right position adjustment block (17), processing station front and back position adjustment block (19), 6th station base block (29), 6th station angle seat (30), the slide main tapping (31) of the 6th station translator and the 6th guide pad (32), described 6th station base block (29) is arranged on lathe base (6), it is provided with processing station right position adjustment block (17) in the bottom of the 6th station base block (29), it is arranged above with the 6th station angle seat (30) at the 6th station base block (29), the medial surface at the 6th station angle seat (30) is provided with the 6th guide pad (32) extending to fixture (25) top, it is provided with processing station front and back position adjustment block (19) between the 6th station angle seat (30) and the 6th station base block (29), the slide main tapping (31) of the 6th station translator it is provided with in the upper end at the 6th station angle seat (30), the power intake of the slide main tapping (31) of described 6th station translator connects motor, the clutch end of the slide main tapping (31) of the 6th station translator connects cutter, to be processed of the processing work (16) arranged in described cutter correspondence fixture (25)。
8. the process equipment with multiaxis milling brill synchronous processing function according to claim 2, it is characterized in that: described end face water hole drills through station (11) and includes processing station right position adjustment block (17), processing station front and back position adjustment block (19), 7th station guide pad (33), the slide main tapping (34) of the 7th station translator, 7th station angle seat (35) and the 7th station base (36), described 7th station base (36) is arranged on lathe base (6), it is provided with processing station right position adjustment block (17) in the bottom of the 7th station base (36), it is arranged above with the 7th station angle seat (35) at the 7th station base (36), the medial surface at the 7th station angle seat (35) is provided with the 7th station guide pad (33) extending to fixture (25) top, it is provided with processing station front and back position adjustment block (19) between the 7th station angle seat (35) and the 7th station base (36), the slide main tapping (34) of the 7th station translator it is provided with in the upper end at the 7th station angle seat (35), the power intake of the slide main tapping (34) of described 7th station translator connects motor, the clutch end of the slide main tapping (34) of the 7th station translator connects cutter, to be processed of the processing work (16) arranged in described cutter correspondence fixture (25)。
9. the process equipment with multiaxis milling brill synchronous processing function according to claim 1, it is characterized in that: described traffic cycle (15) is provided with iron filings cleaning board, described iron filings cleaning board connection chip area, described chip area connection Scrap-removing machine (8), described Scrap-removing machine (8) is arranged on the side of lathe base (6)。
10. the process equipment with multiaxis milling brill synchronous processing function according to claim 1, it is characterized in that: described traffic cycle (15) is Waterwheel-type rotating disk, traffic cycle (15) is provided with a plurality of fixture (25), described fixture (25) be connected with gear, described gear connects band gear mini-roundabout (14), and described band gear mini-roundabout (14) connects mini-roundabout actuating unit (13)。
CN201521127377.XU 2015-12-25 2015-12-25 Processing equipment with multiaxis mills and bores synchronous processing function Active CN205325169U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106736577A (en) * 2016-12-20 2017-05-31 黑皇蜂针业(常州)有限公司 The station pin equipment of the six directions one or eight
CN107457664A (en) * 2017-08-08 2017-12-12 宿松县晟鑫电器有限公司 A kind of commutator of motor rotor sanding and polishing equipment
CN107689538A (en) * 2016-08-05 2018-02-13 住友电装株式会社 Wiring module production equipment
CN110802248A (en) * 2019-10-17 2020-02-18 丽水市盛裕机械制造有限公司 Machining equipment for reducing weight of gear in light weight

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107689538A (en) * 2016-08-05 2018-02-13 住友电装株式会社 Wiring module production equipment
CN106736577A (en) * 2016-12-20 2017-05-31 黑皇蜂针业(常州)有限公司 The station pin equipment of the six directions one or eight
CN107457664A (en) * 2017-08-08 2017-12-12 宿松县晟鑫电器有限公司 A kind of commutator of motor rotor sanding and polishing equipment
CN110802248A (en) * 2019-10-17 2020-02-18 丽水市盛裕机械制造有限公司 Machining equipment for reducing weight of gear in light weight
CN110802248B (en) * 2019-10-17 2020-10-27 诸暨企周企业管理有限公司 Machining equipment for reducing weight of gear in light weight

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