CN103600231B - The Combined boring machine of reduction gear box - Google Patents

The Combined boring machine of reduction gear box Download PDF

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Publication number
CN103600231B
CN103600231B CN201310419563.XA CN201310419563A CN103600231B CN 103600231 B CN103600231 B CN 103600231B CN 201310419563 A CN201310419563 A CN 201310419563A CN 103600231 B CN103600231 B CN 103600231B
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China
Prior art keywords
slide unit
boring
gear box
reduction gear
boring head
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CN201310419563.XA
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CN103600231A (en
Inventor
应云富
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ZHEJIANG SUCHENG PRECISION MACHINERY Co Ltd
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ZHEJIANG SUCHENG PRECISION MACHINERY Co Ltd
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23PMETAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
    • B23P23/00Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23BTURNING; BORING
    • B23B27/00Tools for turning or boring machines; Tools of a similar kind in general; Accessories therefor
    • B23B27/14Cutting tools of which the bits or tips or cutting inserts are of special material
    • B23B27/16Cutting tools of which the bits or tips or cutting inserts are of special material with exchangeable cutting bits or cutting inserts, e.g. able to be clamped
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23QDETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
    • B23Q5/00Driving or feeding mechanisms; Control arrangements therefor
    • B23Q5/22Feeding members carrying tools or work
    • B23Q5/34Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission
    • B23Q5/36Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission in which a servomotor forms an essential element
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23QDETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
    • B23Q5/00Driving or feeding mechanisms; Control arrangements therefor
    • B23Q5/22Feeding members carrying tools or work
    • B23Q5/34Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission
    • B23Q5/38Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission feeding continuously
    • B23Q5/40Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission feeding continuously by feed shaft, e.g. lead screw

Abstract

The Combined boring machine of reduction gear box, it is characterized in that being included in the left and right Kong Ximian mechanism that frame is provided with reduction gear box, hole, left and right bore hole mechanism, boring end face tooth mouth mechanism, left and right Kong Ge jump-ring slot mechanism, end face motor installing hole tapper mechanism and workpiece conveying mechanism, by by milling face, hole, left and right, bore hole, boring end face tooth mouth, cut each workbench composition streamline form of jump-ring slot in hole, left and right and the tapping of motor installing hole, each position realizes full-automatic processing, reduce artificial quantity and expense, reduce labor strength, wherein bore hole and boring end face tooth mouth are processed simultaneously, cut jump-ring slot in hole, left and right and the tapping of motor installing hole is processed simultaneously, process velocity is fast, increase work efficiency.

Description

The Combined boring machine of reduction gear box
Technical field
The present invention relates to the boring machine of processing reduction gear box, particularly relate to the Combined boring machine of reduction gear box.
Background technology
Existing reduction gear box to milling face, hole, left and right, bore hole, boring end face tooth mouth, cut the jump-ring slot in hole, left and right and the motor installing hole tapping of end face separately processed mostly, after one of them position machines, by workman the workpiece processed taken off again on the workbench being put into and processing next position, each position processes separately, process velocity is slow, inefficiency, and each workbench needs workman to keep an eye on, labour cost is high, and labor strength is large.
Summary of the invention
The object of the invention is the shortcoming existed to overcome prior art, milling face, hole, a kind of left and right, bore hole, boring end face tooth mouth are provided, cut jump-ring slot in hole, left and right and the tapping of motor installing hole realizes full-automatic processing, process velocity is fast, operating efficiency is high, required artificial quantity is few, labour cost is low, reduces the Combined boring machine of the reduction gear box of labor strength.
The technical scheme of the Combined boring machine of reduction gear box of the present invention is: it is characterized in that being included in the left and right Kong Ximian mechanism that frame is provided with reduction gear box, hole, left and right bore hole mechanism, boring end face tooth mouth mechanism, left and right Kong Ge jump-ring slot mechanism, end face motor installing hole tapper mechanism and workpiece conveying mechanism, described left and right Kong Ximian mechanism comprises the first left base and the first right base, first left base installs the first left slide unit, first left slide unit arranges the first left slider, first left slider installs the first left boring head, the first left servomotor installed by first one, left slide unit, first left servomotor drives the first left slider through the first left screw mandrel, the first left boring head one, the first left milling face cutterhead is installed, the left reduction gear box in other end first connects the first left motor, first right base installs the first right slide unit, first right slide unit is arranged the first right slide block, first right slide block installs the first right boring head, the first right servomotor installed by first one, right slide unit, first right servomotor drives the first right slide block through the first right screw mandrel, the first right boring head one, the first right milling face cutterhead is installed, the right reduction gear box in other end first connects the first right motor, hole, described left and right bore hole mechanism comprises the second left base and the second right base, second left base installs the second left slide unit, second left slide unit arranges the second left slider, second left slider installs the second left boring head, the second left servomotor installed by second one, left slide unit, second left servomotor drives the second left slider through the second left screw mandrel, the second left boring head one, the second left boring cutter is installed, the left reduction gear box in other end second connects the second left motor, second right base installs the second right slide unit, second right slide unit is arranged the second right slide block, second right slide block installs the second right boring head, the second right servomotor installed by second one, right slide unit, second right servomotor drives the second right slide block through the second right screw mandrel, the second right boring head one, the second right boring cutter is installed, the right reduction gear box in other end second connects the second right motor, described boring end face tooth mouth mechanism comprises portal frame, before portal frame, the 3rd slide unit is installed, the 3rd servomotor is installed in 3rd slide unit upper end, 3rd slide block is set before the 3rd slide unit, 3rd slide block installs the 3rd boring head, 3rd boring head lower end is equipped with the 3rd end face tooth mouth boring cutter, 3rd boring head upper end the 3rd reduction gear box connects the 3rd motor, described left and right Kong Ge jump-ring slot mechanism comprises the 4th left base and the 4th right base, 4th left base installs the 4th left slide unit, 4th left slide unit is arranged the 4th left slider, 4th left slider installs the 4th left boring head, the 4th left servomotor installed by 4th one, left slide unit, 4th left servomotor drives the 4th left slider through the 4th left screw mandrel, the 4th left boring head one, the 4th left side is installed and cuts slotting cutter, the left reduction gear box in other end the 4th connects the 4th left motor, 4th right base installs the 4th right slide unit, 4th right slide unit is arranged the 4th right slide block, 4th right slide block installs the 4th right boring head, the 4th right servomotor installed by 4th one, right slide unit, 4th right servomotor drives the 4th right slide block through the 4th right screw mandrel, the 4th right boring head one, the 4th right side is installed and cuts slotting cutter, the right reduction gear box in other end the 4th connects the 4th right motor, described end face motor installing hole tapper mechanism comprises after portal frame installs the 5th slide unit, the 5th servomotor is installed in 5th slide unit upper end, 5th boring head is set before the 5th slide unit, 5th boring head lower end is equipped with the 5th tapping-head, 5th boring head upper end the 5th reduction gear box connects the 5th motor, described workpiece conveying mechanism comprises the 6th slide unit, 6th slide unit is arranged the 6th slide block, 6th slide block installs workpiece, 6th slide block is driven by the 6th servomotor.
The invention discloses a kind of Combined boring machine of reduction gear box, when adding man-hour to reduction gear box, be first fixed on the 6th slide block, drive the 6th slide block to move forward to milling face, hole, left and right mechanism position by the 6th servomotor, now first is left, right servomotor is through driving first left side, right screw mandrel rotates, and first is left, right screw mandrel drives first left side, right slide block is left first, to middle slip on right slide unit, first is left, right slide block drives first left side, right boring head moves to centre, and first is left, right motor is left through first, first left side is driven after right reduction gear box slows down, the boring head axle of right boring head rotates, and boring head axle drives first left side, right milling face cutterhead rotates, and first is left, the end face of right milling face cutterhead to the left and right sides of workpiece (reduction gear box) carry out milling face, makes its smooth surface, smooth, then the 6th servomotor drives the 6th slide block and workpiece to continue to move forward to hole, left and right bore hole mechanism and boring end face tooth mouth mechanism position, and now second is left, right servomotor is through driving second left side, right screw mandrel rotates, and second is left, right screw mandrel drives second left side, right slide block is left second, to middle slip on right slide unit, second is left, right slide block drives second left side, right boring head moves to centre, and second is left, right motor is left through second, second left side is driven after right reduction gear box slows down, the boring head axle of right boring head rotates, and boring head axle drives second left side, right boring cutter rotates, and second is left, the left and right sides end face of right boring cutter to workpiece carries out bore hole, the left and right sides of workpiece respectively bores two holes, and the 3rd servomotor simultaneously on portal frame drives the 3rd screw mandrel to rotate, 3rd screw mandrel drives the 3rd slide block to move down on the 3rd slide unit, 3rd slide block drives the 3rd boring head to move down, 3rd motor drives the boring head axle of the 3rd boring head to rotate after the 3rd reduction gear box slows down, and boring head axle drives the cutter shaft of the 3rd end face tooth mouth boring cutter to rotate, and cutter shaft drives left, right tooth mouth blade rotates, left, right tooth mouth blade contacts with workpiece end face, workpiece end face is processed to the tooth mouth coordinated with motor, and then second is left, right boring cutter and the 3rd end face tooth mouth boring cutter exit, and the 6th servomotor drives the 6th slide block and workpiece to continue to move forward to left and right Kong Ge jump-ring slot mechanism and end face motor installing hole tapper mechanism position, and now the 4th is left, right servomotor is through driving the 4th left side, right screw mandrel rotates, and the 4th is left, right screw mandrel drives the 4th left side, right slide block is left the 4th, to middle slip on right slide unit, the 4th is left, right slide block drives the 4th left side, right boring head moves to centre, and the 4th is left, right motor is left through the 4th, the 4th left side is driven after right reduction gear box slows down, the boring head axle of right boring head rotates, and boring head axle drives the 4th left side, the right side is cut slotting cutter and is rotated, and the 4th is left, the right side is cut slotting cutter and is carried out machining clamp spring slot to inside hole, workpiece left and right, and portal frame the 5th servomotor below drives the 5th boring head to move down simultaneously, 5th motor drives the boring head axle of the 5th boring head to rotate after the 5th reduction gear box slows down, boring head axle drives the 5th tapping-head to rotate, 5th tapping-head rotates and contacts with workpiece end face, tapping is carried out to workpiece end face, finally by milling face, hole, left and right, bore hole, boring end face tooth mouth, cut the workpiece that jump-ring slot in hole, left and right and the tapping of motor installing hole complete to export.The Combined boring machine of this programme reduction gear box, by by milling face, hole, left and right, bore hole, boring end face tooth mouth, cut each workbench composition streamline form of jump-ring slot in hole, left and right and the tapping of motor installing hole, each position realizes full-automatic processing, reduce artificial quantity and expense, reduce labor strength, wherein bore hole and boring end face tooth mouth are processed simultaneously, cut jump-ring slot in hole, left and right and the tapping of motor installing hole is processed simultaneously, process velocity is fast, increases work efficiency.
The Combined boring machine of reduction gear box of the present invention, described 3rd end face tooth mouth boring cutter comprises cutter shaft, blade installing plate is shaped with under cutter shaft, be shaped with bottom left under blade installing plate and draw runner and bottom right installation draw runner are installed, bottom left connects left tooth mouth blade bearing under installing draw runner, left cutter head is shaped with under left tooth mouth blade bearing, left blade installation slot is opened under left cutter head, left tooth mouth blade is installed in left blade installation slot, bottom right connects right tooth mouth blade bearing under installing draw runner, right cutter head is shaped with under right tooth mouth blade bearing, right blade installation slot is opened under right cutter head, right tooth mouth blade is installed in right blade installation slot.Be shaped with two groups, left and right under the blade installing plate of the 3rd end face tooth mouth boring cutter and install draw runners, blade installing plate by left and right draw runner and left and right tooth mouth blade bearing, to be slidably installed, convenient disassembly, two groups, left and right raising working (machining) efficiency, and can ensure crudy.Have left groove in described left tooth mouth blade bearing, in right tooth mouth blade bearing, have right groove.Reduce material spent by left and right tooth mouth blade bearing, and improve left and right tooth mouth blade bearing intensity.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the Combined boring machine of reduction gear box of the present invention;
Fig. 2 is the schematic top plan view of the Combined boring machine of reduction gear box of the present invention;
Fig. 3 is the schematic front view of the Combined boring machine of reduction gear box of the present invention;
Fig. 4 is the schematic rear view of the Combined boring machine of reduction gear box of the present invention;
Fig. 5 is the schematic perspective view of the 3rd end face tooth mouth boring cutter.
Detailed description of the invention
The present invention relates to a kind of Combined boring machine of reduction gear box, as Figure 1-Figure 5, it is characterized in that: be included in the left and right Kong Ximian mechanism 1 that frame is provided with reduction gear box, hole, left and right bore hole mechanism 3, boring end face tooth mouth mechanism 5, left and right Kong Ge jump-ring slot mechanism 6, end face motor installing hole tapper mechanism 8 and workpiece conveying mechanism 9, described left and right Kong Ximian mechanism 1 comprises the first left base 10 and the first right base 20, first left base 10 installs the first left slide unit 11, first left slide unit is arranged the first left slider 12, first left slider installs the first left boring head 13, the first left servomotor 14 installed by first one, left slide unit, first left servomotor drives the first left slider 12 through the first left screw mandrel, the first left boring head 13 1, the first left milling face cutterhead 15 is installed, the left reduction gear box in other end first 16 connects the first left motor 17, first right base 20 installs the first right slide unit 21, first right slide unit is arranged the first right slide block 22, first right slide block installs the first right boring head 23, the first right servomotor 24 installed by first one, right slide unit, first right servomotor drives the first right slide block 22 through the first right screw mandrel, the first right boring head 23 1, the first right milling face cutterhead 25 is installed, the right reduction gear box in other end first 26 connects the first right motor 27, hole, described left and right bore hole mechanism 3 comprises the second left base 30 and the second right base 40, second left base 30 installs the second left slide unit 31, second left slide unit is arranged the second left slider 32, second left slider installs the second left boring head 33, the second left servomotor 34 installed by second one, left slide unit, second left servomotor drives the second left slider 32 through the second left screw mandrel, the second left boring head 33 1, the second left boring cutter 35 is installed, the left reduction gear box in other end second 36 connects the second left motor 37, second right base 40 installs the second right slide unit 41, second right slide unit is arranged the second right slide block 42, second right slide block installs the second right boring head 43, the second right servomotor 44 installed by second one, right slide unit, second right servomotor drives the second right slide block 42 through the second right screw mandrel, the second right boring head 43 1, the second right boring cutter 45 is installed, the right reduction gear box in other end second 46 connects the second right motor 47, described boring end face tooth mouth mechanism 5 comprises portal frame 50, before portal frame, the 3rd slide unit 51 is installed, the 3rd servomotor 52 is installed in 3rd slide unit upper end, 3rd slide block 53 is set before the 3rd slide unit, 3rd slide block installs the 3rd boring head 54, 3rd boring head lower end is equipped with the 3rd end face tooth mouth boring cutter 55, 3rd boring head upper end the 3rd reduction gear box 56 connects the 3rd motor 57, described left and right Kong Ge jump-ring slot mechanism 6 comprises the 4th left base 60 and the 4th right base 70, 4th left base 60 installs the 4th left slide unit 61, 4th left slide unit is arranged the 4th left slider 62, 4th left slider installs the 4th left boring head 63, the 4th left servomotor 64 installed by 4th one, left slide unit, 4th left servomotor drives the 4th left slider 62 through the 4th left screw mandrel, the 4th left boring head 63 1, the 4th left side is installed and cuts slotting cutter 65, the left reduction gear box 66 in other end the 4th connects the 4th left motor 67, 4th right base 70 installs the 4th right slide unit 71, 4th right slide unit is arranged the 4th right slide block 72, 4th right slide block installs the 4th right boring head 73, the 4th right servomotor 74 installed by 4th one, right slide unit, 4th right servomotor drives the 4th right slide block 72 through the 4th right screw mandrel, the 4th right boring head 73 1, the 4th right side is installed and cuts slotting cutter 75, the right reduction gear box 76 in other end the 4th connects the 4th right motor 77, described end face motor installing hole tapper mechanism 8 comprises portal frame 50 and installs the 5th slide unit 81 below, the 5th servomotor 82 is installed in 5th slide unit upper end, 5th boring head 83 is set before the 5th slide unit, 5th boring head lower end is equipped with the 5th tapping-head 84, 5th boring head upper end the 5th reduction gear box 85 connects the 5th motor 86, described workpiece conveying mechanism 9 comprises the 6th slide unit 90, 6th slide unit is arranged the 6th slide block 91, 6th slide block installs workpiece 92, 6th slide block is driven by the 6th servomotor 93.When adding man-hour to reduction gear box, be first fixed on the 6th slide block 91, drive the 6th slide block to move forward to left and right Kong Ximian mechanism 1 position by the 6th servomotor 93, now first is left, right servomotor 14, 24 through driving first left side, right screw mandrel rotates, and first is left, right screw mandrel drives first left side, right slide block 12, 22 is left first, right slide unit 11, to middle slip on 21, first is left, right slide block drives first left side, right boring head 13, 23 move to centre, and first is left, right motor 17, 27 is left through first, right reduction gear box 16, first left side is driven after 26 decelerations, right boring head 13, the boring head axle of 23 rotates, and boring head axle drives first left side, right milling face cutterhead 15, 25 rotate, and first is left, right milling face cutterhead is to workpiece 92(reduction gear box) the end face of the left and right sides carry out milling face, make its smooth surface, smooth, then the 6th servomotor 93 drives the 6th slide block 91 and workpiece 92 to continue to move forward to hole, left and right bore hole mechanism 3 and boring end face tooth mouth mechanism 5 position, and now second is left, right servomotor 34, 44 through driving second left side, right screw mandrel rotates, and second is left, right screw mandrel drives second left side, right slide block 32, 42 is left second, right slide unit 31, to middle slip on 41, second is left, right slide block drives second left side, right boring head 33, 43 move to centre, and second is left, right motor 37, 47 is left through second, right reduction gear box 36, second left side is driven after 46 decelerations, right boring head 33, the boring head axle of 43 rotates, and boring head axle drives second left side, right boring cutter 35, 45 rotate, and second is left, the left and right sides end face of right boring cutter to workpiece 92 carries out bore hole, the left and right sides of workpiece respectively bores two holes, and the 3rd servomotor 52 simultaneously on portal frame 50 drives the 3rd screw mandrel to rotate, 3rd screw mandrel drives the 3rd slide block 53 to move down on the 3rd slide unit 51, 3rd slide block drives the 3rd boring head 54 to move down, 3rd motor 57 drives the boring head axle of the 3rd boring head 54 to rotate after the 3rd reduction gear box 56 slows down, boring head axle drives the 3rd end face tooth mouth boring cutter 55 to rotate, 3rd end face tooth mouth boring cutter contacts with workpiece 92 end face, workpiece end face is processed to the tooth mouth coordinated with motor, then second is left, right boring cutter 35, 45 and the 3rd end face tooth mouth boring cutter 55 exit, the 6th servomotor 93 drives the 6th slide block 91 and workpiece 92 to continue to move forward to left and right Kong Ge jump-ring slot mechanism 6 and end face motor installing hole tapper mechanism 8 position, and now the 4th is left, right servomotor 64, 74 through driving the 4th left side, right screw mandrel rotates, and the 4th is left, right screw mandrel drives the 4th left side, right slide block 62, 72 is left the 4th, right slide unit 61, to middle slip on 71, the 4th is left, right slide block drives the 4th left side, right boring head 63, 73 move to centre, and the 4th is left, right motor 67, 77 is left through the 4th, right reduction gear box 66, the 4th left side is driven after 76 decelerations, right boring head 63, the boring head axle of 73 rotates, and boring head axle drives the 4th left side, slotting cutter 65 is cut on the right side, 75 rotate, and the 4th is left, the right side is cut slotting cutter and is carried out machining clamp spring slot to inside workpiece about 92 hole, and portal frame 50 the 5th servomotor 82 below drives the 5th boring head 83 to move down simultaneously, 5th motor 86 drives the boring head axle of the 5th boring head 83 to rotate after the 5th reduction gear box 85 slows down, boring head axle drives the 5th tapping-head 84 to rotate, 5th tapping-head rotates and contacts with workpiece 92 end face, tapping is carried out to workpiece end face, finally by milling face, hole, left and right, bore hole, boring end face tooth mouth, cut the workpiece that jump-ring slot in hole, left and right and the tapping of motor installing hole complete to export.The Combined boring machine of this programme reduction gear box, by by milling face, hole, left and right, bore hole, boring end face tooth mouth, cut each workbench composition streamline form of jump-ring slot in hole, left and right and the tapping of motor installing hole, each position realizes full-automatic processing, reduce artificial quantity and expense, reduce labor strength, wherein bore hole and boring end face tooth mouth are processed simultaneously, cut jump-ring slot in hole, left and right and the tapping of motor installing hole is processed simultaneously, process velocity is fast, increases work efficiency.Described 3rd end face tooth mouth boring cutter 55 comprises cutter shaft 551, blade installing plate 552 is shaped with under cutter shaft, be shaped with bottom left under blade installing plate and draw runner 553 and bottom right installation draw runner 554 are installed, bottom left is installed draw runner and is connected left tooth mouth blade bearing 555 for 553 times, left cutter head 556 is shaped with under left tooth mouth blade bearing, left blade installation slot 557 is opened under left cutter head, left tooth mouth blade 558 is installed in left blade installation slot, bottom right is installed draw runner and is connected right tooth mouth blade bearing 559 for 554 times, right cutter head 560 is shaped with under right tooth mouth blade bearing, right blade installation slot 561 is opened under right cutter head, right tooth mouth blade 562 is installed in right blade installation slot.The blade installing plate of the 3rd end face tooth mouth boring cutter 55 is shaped with two groups, left and right for 552 times and installs draw runner, blade installing plate is by left and right draw runner and left and right tooth mouth blade bearing 555,559, be slidably installed, convenient disassembly, working (machining) efficiency is improved in two groups, left and right, and can ensure crudy.Have left groove 563 in described left tooth mouth blade bearing 555, in right tooth mouth blade bearing 559, have right groove 564.Reduce material spent by left and right tooth mouth blade bearing 555,559, and improve left and right tooth mouth blade bearing intensity.

Claims (3)

1. the Combined boring machine of reduction gear box, it is characterized in that: be included in the left and right Kong Ximian mechanism (1) that frame is provided with reduction gear box, hole, left and right bore hole mechanism (3), boring end face tooth mouth mechanism (5), left and right Kong Ge jump-ring slot mechanism (6), end face motor installing hole tapper mechanism (8) and workpiece conveying mechanism (9), described left and right Kong Ximian mechanism (1) comprises the first left base (10) and the first right base (20), at the upper left slide unit of installation first (11) of the first left base (10), first left slide unit is arranged the first left slider (12), first left slider installs the first left boring head (13), the first left servomotor (14) installed by first one, left slide unit, first left servomotor drives the first left slider (12) through the first left screw mandrel, the first left boring head (13), the first left milling face cutterhead (15) is installed, the left reduction gear box in other end first (16) connects the first left motor (17), at the upper right slide unit of installation first (21) of the first right base (20), first right slide unit is arranged the first right slide block (22), first right slide block installs the first right boring head (23), the first right servomotor (24) installed by first one, right slide unit, first right servomotor drives the first right slide block (22) through the first right screw mandrel, the first right boring head (23), the first right milling face cutterhead (25) is installed, the right reduction gear box in other end first (26) connects the first right motor (27), hole, described left and right bore hole mechanism (3) comprises the second left base (30) and the second right base (40), at the upper left slide unit of installation second (31) of the second left base (30), second left slide unit is arranged the second left slider (32), second left slider installs the second left boring head (33), the second left servomotor (34) installed by second one, left slide unit, second left servomotor drives the second left slider (32) through the second left screw mandrel, the second left boring head (33), the second left boring cutter (35) is installed, the left reduction gear box in other end second (36) connects the second left motor (37), at the upper right slide unit of installation second (41) of the second right base (40), second right slide unit is arranged the second right slide block (42), second right slide block installs the second right boring head (43), the second right servomotor (44) installed by second one, right slide unit, second right servomotor drives the second right slide block (42) through the second right screw mandrel, the second right boring head (43), the second right boring cutter (45) is installed, the right reduction gear box in other end second (46) connects the second right motor (47), described boring end face tooth mouth mechanism (5) comprises portal frame (50), before portal frame, the 3rd slide unit (51) is installed, the 3rd servomotor (52) is installed in 3rd slide unit upper end, 3rd slide block (53) is set before the 3rd slide unit, 3rd slide block installs the 3rd boring head (54), 3rd boring head lower end is equipped with the 3rd end face tooth mouth boring cutter (55), 3rd boring head upper end the 3rd reduction gear box (56) connects the 3rd motor (57), described left and right Kong Ge jump-ring slot mechanism (6) comprises the 4th left base (60) and the 4th right base (70), in the upper left slide unit of the installation the 4th (61) of the 4th left base (60), 4th left slide unit is arranged the 4th left slider (62), 4th left slider installs the 4th left boring head (63), the 4th left servomotor (64) installed by 4th one, left slide unit, 4th left servomotor drives the 4th left slider (62) through the 4th left screw mandrel, the 4th left boring head (63), the 4th left side is installed and cuts slotting cutter (65), the left reduction gear box in other end the 4th (66) connects the 4th left motor (67), in the upper right slide unit of the installation the 4th (71) of the 4th right base (70), 4th right slide unit is arranged the 4th right slide block (72), 4th right slide block installs the 4th right boring head (73), the 4th right servomotor (74) installed by 4th one, right slide unit, 4th right servomotor drives the 4th right slide block (72) through the 4th right screw mandrel, the 4th right boring head (73), the 4th right side is installed and cuts slotting cutter (75), the right reduction gear box in other end the 4th (76) connects the 4th right motor (77), described end face motor installing hole tapper mechanism (8) comprises portal frame (50) and installs the 5th slide unit (81) below, the 5th servomotor (82) is installed in 5th slide unit upper end, 5th boring head (83) is set before the 5th slide unit, 5th boring head lower end is equipped with the 5th tapping-head (84), 5th boring head upper end the 5th reduction gear box (85) connects the 5th motor (86), described workpiece conveying mechanism (9) comprises the 6th slide unit (90), 6th slide unit is arranged the 6th slide block (91), 6th slide block is installed workpiece (92), 6th slide block is driven by the 6th servomotor (93).
2. the Combined boring machine of reduction gear box as claimed in claim 1, it is characterized in that: described 3rd end face tooth mouth boring cutter (55) comprises cutter shaft (551), blade installing plate (552) is shaped with under cutter shaft, be shaped with bottom left under blade installing plate and draw runner (553) and bottom right installation draw runner (554) are installed, bottom left connects left tooth mouth blade bearing (555) under installing draw runner (553), left cutter head (556) is shaped with under left tooth mouth blade bearing, left blade installation slot (557) is opened under left cutter head, left tooth mouth blade (558) is installed in left blade installation slot, bottom right connects right tooth mouth blade bearing (559) under installing draw runner (554), right cutter head (560) is shaped with under right tooth mouth blade bearing, right blade installation slot (561) is opened under right cutter head, right tooth mouth blade (562) is installed in right blade installation slot.
3. the Combined boring machine of reduction gear box as claimed in claim 2, is characterized in that: have left groove (563) in described left tooth mouth blade bearing (555), have right groove (564) in right tooth mouth blade bearing (559).
CN201310419563.XA 2013-09-16 2013-09-16 The Combined boring machine of reduction gear box Active CN103600231B (en)

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CN108067663B (en) * 2017-12-19 2023-09-29 滨州博海精工机械有限公司 Automatic riser-removing milling machine for aluminum piston
CN114789263A (en) * 2022-03-14 2022-07-26 浙江长兴前进机械有限公司 Machining equipment and method for marine gear reduction box

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20100086099A (en) * 2009-01-22 2010-07-30 김창호 Multi-axial complex processing machine
CN201776615U (en) * 2010-09-12 2011-03-30 侯马市中晋机械有限公司 Equipment for processing main pin hole and end surface of slewing journal
CN201940635U (en) * 2010-12-09 2011-08-24 福州钜立机动车配件有限公司 Four-station processing machine
CN201979120U (en) * 2010-11-16 2011-09-21 大连专用机床厂 Four-surface horizontal six-shaft end surface milling/hole boring combined machine tool
CN203471322U (en) * 2013-09-16 2014-03-12 浙江速成精密机械有限公司 Combined type boring machine for reduction gear box

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20100086099A (en) * 2009-01-22 2010-07-30 김창호 Multi-axial complex processing machine
CN201776615U (en) * 2010-09-12 2011-03-30 侯马市中晋机械有限公司 Equipment for processing main pin hole and end surface of slewing journal
CN201979120U (en) * 2010-11-16 2011-09-21 大连专用机床厂 Four-surface horizontal six-shaft end surface milling/hole boring combined machine tool
CN201940635U (en) * 2010-12-09 2011-08-24 福州钜立机动车配件有限公司 Four-station processing machine
CN203471322U (en) * 2013-09-16 2014-03-12 浙江速成精密机械有限公司 Combined type boring machine for reduction gear box

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