CN206445221U - Lathe for processing electric motor end cap - Google Patents

Lathe for processing electric motor end cap Download PDF

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Publication number
CN206445221U
CN206445221U CN201720066989.5U CN201720066989U CN206445221U CN 206445221 U CN206445221 U CN 206445221U CN 201720066989 U CN201720066989 U CN 201720066989U CN 206445221 U CN206445221 U CN 206445221U
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China
Prior art keywords
cutter
cap
electric motor
cutterhead
lathe
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CN201720066989.5U
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Chinese (zh)
Inventor
章玲斌
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Zhejiang Tai Hing Electrical And Mechanical Technology Co Ltd
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Zhejiang Tai Hing Electrical And Mechanical Technology Co Ltd
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Priority to CN201720066989.5U priority Critical patent/CN206445221U/en
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Publication of CN206445221U publication Critical patent/CN206445221U/en
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Abstract

The utility model discloses a kind of lathe for being used to process electric motor end cap, its drip irrigation device is:Including lathe base, it is arranged on the clamp assembly for clamping electric motor end cap to be processed on lathe base, sliding is connected to the sliding platform on lathe base, it is arranged on the toolbox on sliding platform, clamp assembly includes chuck body and the outer support fixture for being used to clamp the outer support of electric motor end cap progress being arranged on chuck body, the toolbox includes being rotatably connected in the cutterhead on sliding platform, tool changing motor inside sliding platform and for driving cutterhead to rotate, it is arranged on the facing tool for being used for that turnery processing is carried out to the top surface of electric motor end cap on cutterhead, the back side lathe tool of turnery processing is carried out for the bottom surface to electric motor end cap, so after electric motor end cap to be processed is clamped with outer support fixture, reuse the processing of facing tool and the completion of back side lathe tool to electric motor end cap on cutterhead.

Description

Lathe for processing electric motor end cap
Technical field
The utility model is related to lathe, more particularly to a kind of lathe for being used to process electric motor end cap.
Background technology
At present, existing motor end cap structure is as shown in Fig. 6 and Fig. 7, and electric motor end cap includes top surface 22 and bottom surface 23, top Face 22 be disposed with laterally by center bearing spider 24, the first annular projection 25, with the one of the first annular projection 25 into The square boss 26 of type, bottom surface 23 is disposed with oil sealing bearing 27, the second annular projection 28 by center laterally;To this , it is necessary to be clamped with fixture to the lateral wall of the second annular projection 28 on bottom surface 23 when electric motor end cap is processed, Then turnery processing is carried out to top surface 22 using cutter, then with lateral wall of the fixture to the first annular projection 25 on top surface 22 Clamped, reuse cutter and turnery processing is carried out to bottom surface 23, this processing mode needs repeatedly to fill electric motor end cap Folder, can waste the more time, reduce production efficiency.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of for processing electric motor end cap Lathe, its production efficiency is higher.
Above-mentioned technical purpose of the present utility model technical scheme is that:One kind is used to process motor The lathe of end cap, including lathe base, be arranged on being used on lathe base and clamp clamp assembly, the cunning of electric motor end cap to be processed Move the sliding platform being connected on lathe base, the cutter group for carrying out turnery processing to electric motor end cap being arranged on sliding platform Part, the first drive component for driving sliding platform transverse shifting, second for driving toolbox to be vertically moved drive Dynamic component, clamp assembly includes chuck body, be arranged on being used on chuck body plays to the second annular projection on electric motor end cap The outer support fixture of outer support clamping action, the toolbox includes being rotatably connected in the cutterhead on sliding platform, in sliding platform Portion and it is used to carry out turnery processing to the top surface of electric motor end cap for driving tool changing motor that cutterhead rotates, being arranged on cutterhead Facing tool, the back side lathe tool for the bottom surface progress turnery processing to electric motor end cap.
By above-mentioned technical proposal, the clamp assembly of use includes chuck body and is arranged on being used for from motor on chuck body Second circular projection of end cap plays the outer support fixture that outer support is clamped, and the face clamped by clamp assembly is need not enter driving Cut the madial wall of the second annular projection of processing, so when being processed using lathe tool to electric motor end cap, electric motor end cap Bottom surface and the lateral wall of the second annular projection the situation blocked and can not processed by clamp assembly, the knife of use would not occur Tool component includes being rotatably connected in the cutterhead on sliding platform, is arranged on the inside of sliding platform and the tool changing for driving cutterhead to rotate Motor, it is arranged on cutterhead and is used to carrying out the top surface of electric motor end cap the facing tool of turnery processing, for electric motor end cap Bottom surface carries out the back side lathe tool of turnery processing, first carries out turnery processing to the top surface of electric motor end cap with facing tool, passes through afterwards Tool changing motor belt motor movable knife disc is rotated, and changes back side lathe tool into, and turnery processing is carried out to the bottom surface of electric motor end cap using back side lathe tool, this Sample only needs to carry out the step of clamped one time can just complete all turnery processings to electric motor end cap, compared to traditional to motor side Lid, which carries out multiple clamping, could complete the pattern of all turnery processings, save process time, improve production efficiency.
It is preferred that, the facing tool include along cutterhead be radially arranged be used for process square boss and the first ring-type It is raised the first cutter, axially arranged and for processing the second cutter of bearing spider along cutterhead.
By above-mentioned technical proposal, the first cutter for processing square boss and the first annular projection is radially set, Radial direction incision of the first tool in cutting sword so set along workpiece, it is only necessary to along radial direction feed a small distance With regard to that can complete turnery processing, processing efficiency is higher;It is axially arranged for processing the second cutter of bearing spider in axially arranged Second cutter is more convenient when the madial wall of bearing spider is processed, and is processed from bearing spider inner side, it is not necessary to change Become the position of cutter, can realize and comparatively fast bearing spider is processed;First cutter and the second cutter can pass through rotating knife Disk can realize the replacing of cutter, complete the end face, the lateral wall of the first annular projection, the inner side of bearing spider of square shaped boss Wall is processed, it is not necessary to is carried out dismounting and change to cutter, has been saved the time, improved the production efficiency of lathe.
It is preferred that, the cutterhead sets fluted on the face of clamp assembly, and the first cutter is connected by screw recessed Inside groove, the edge of a knife of the first cutter is towards clamp assembly side and protrudes from the side wall of cutterhead.
By above-mentioned technical proposal, the groove for arrangement of tool is provided with cutterhead, the depth of groove is less than cutter Thickness, so when cutter is fixed the edge of a knife of cutter can above cutterhead surface, so use cutter pair When electric motor end cap is processed, cutterhead is not in situation about being contradicted with electric motor end cap, it is ensured that processing can be smoothly completed; The sidewall thread of first cutter is connected on cutterhead, there is larger contact area between such first cutter and cutterhead, make Obtain cutter more stably can be connected with cutterhead, and such first cutter is not easy to vibrate during processing, necessarily The precision of product is ensure that in degree.
It is preferred that, the side wall of the second cutter is connected by screw the side-walls in cutterhead, the edge of a knife of the second cutter above Cutterhead is close to the surface of clamp assembly.
By above-mentioned technical proposal, the second cutter is threadedly coupled by side wall with cutterhead, because the side wall phase of the second cutter There is bigger area compared with the bottom surface of the second cutter, so the second cutter can be enabled more stably to fix, and it is logical The side wall for crossing the second cutter is fixed so that the center of gravity of cutter is closer from cutterhead, and such second cutter is difficult when in use Deflect, processing can be more accurate, the edge of a knife of the second cutter is higher than the surface of cutterhead, so process bearing spider when Wait, cutterhead is less prone to situation about being touched with electric motor end cap, it is ensured that cutterhead has higher service life.
It is preferred that, the back side lathe tool include be radially arranged along cutterhead the 3rd cutter, along cutterhead it is axially arranged the 4th Cutter, the 3rd cutter is used to process bottom surface and the second annular projection deviates from the end face of bottom surface, and the 4th cutter is used to process oil sealing Bearing deviates from the end face of bottom surface.
By above-mentioned technical proposal, radially set for processing the 3rd cutter of lateral wall of bottom surface and the second annular projection Put, radial direction incision of the 3rd tool in cutting sword so set along workpiece, it is only necessary to a bit of along radial direction feed Distance is higher with regard to that can complete turnery processing, processing efficiency;The 4th cutter for processing oil sealing bearing is in axially arranged, from bearing It is processed on the inside of bearing, need not so changes the position of cutter, can realize and comparatively fast bearing spider is processed;3rd Cutter and the 4th cutter can realize the replacing of cutter by rotating cutter-head, complete to being carried on the back in bottom surface, the second annular projection The end face of end face, oil sealing bearing away from bottom surface from bottom surface is processed, it is not necessary to dismounting and change is carried out to cutter, when having saved Between, improve the production efficiency of lathe.
It is preferred that, the 3rd cutter is connected by screw in inside grooves, and the edge of a knife of the 3rd cutter faces away from fixture Component side and the side wall for protruding from cutterhead.
By above-mentioned technical proposal, the side wall of the 3rd cutter is connected by screw on cutterhead, such 3rd cutter and knife Disk has bigger contact area so that both connections are more consolidated;The edge of a knife of 3rd cutter points to one away from clamp assembly Side, so when being processed using the 3rd cutter to electric motor end cap, it is not necessary to which cutterhead is subjected to turn-over processing, it is only necessary to Rotating cutter-head is that the 3rd cutter just can complete the processing to electric motor end cap bottom surface in operating position, improves production efficiency;The The edge of a knife of three cutters protrudes from the side wall of cutterhead, so when being processed using the 3rd cutter, cutterhead be not in The situation that electric motor end cap is touched, ensure that the service life of cutterhead to a certain extent.
It is preferred that, the side wall of the 4th cutter is connected by screw to be higher by the side wall of cutterhead and the edge of a knife of the 4th cutter In cutterhead close to the surface of clamp assembly.
By above-mentioned technical proposal, the side wall of the 4th cutter is threadedly coupled by screw with cutterhead, because the 4th cutter Side wall has bigger area compared to the bottom surface of the 4th cutter, so can more stablize when fixing, passes through the 4th knife The side wall of tool is fixed so that the center of gravity of the 4th cutter is more nearly from cutterhead, and such 4th cutter is difficult hair when in use Raw deflection, processes more accurate, and the edge of a knife of the 4th cutter is higher than the surface of cutterhead, so when bearing spider is processed, knife Disk is less prone to situation about being touched with electric motor end cap, it is ensured that cutterhead has higher service life.
It is preferred that, the 4th cutter include L-shaped cutter hub and blade, the blade be arranged on L-shaped cutter hub away from folder On the side wall for having component.
By above-mentioned technical proposal, the 4th cutter includes L-shaped cutter hub and blade, and blade is arranged on the back of the body of L-shaped cutter hub From on the side wall of clamp assembly, this setting is provided on cutterhead because of the 4th cutter, and oil sealing bearing is located at motor At the bottom surface of end cap, effectively oil sealing bearing can not be just processed using the cutter hub of strip, and use its general of the cutter hub of L-shaped Blade is arranged on cutter hub on the side wall of clamp assembly, by the axis hole of electric motor end cap the 4th cutter can be extend into oil sealing At bearing, and the madial wall of oil sealing bearing is processed by cutter, the dismounting and change to cutter is avoided to a certain extent, The time has been saved, production efficiency is improved.
It is preferred that, the outer support fixture includes driving source, sliding component, locating part, claw, and the sliding component is along chuck body Be radially arranged, the driving source is used to drive sliding component to move along the radial direction of chuck body, claw sliding It is connected on sliding component, glide direction and sliding component glide direction holding one relative to chuck body of the claw relative to sliding component Cause, the claw is provided with locating part, the locating part is used for the slip locations for limiting claw.
By above-mentioned technical proposal, driving source is hydraulic test, and driving source is connected with sliding component, and sliding component is along chuck body Be radially arranged, on sliding component sliding be connected with claw, thus driving source can control sliding component with connector and claw Moved along the radial direction of chuck body, to realize the contraction and clamping of claw;Sliding side of the claw relative to sliding component It is consistent to the glide direction with sliding component relative to chuck body, claw is provided with locating part, locating part is used to limit claw Slip locations, position of the claw on sliding component can be so adjusted by locating part, to adjust the spacing between claw, To adapt to various sizes of electric motor end cap.
It is preferred that, the blade tooth of strip is provided with the claw away from the end of cutterhead, the blade tooth is to away from cutterhead Center side is raised.
By above-mentioned technical proposal, the front end of claw is integrally formed with blade tooth, and it is convex that the height of blade tooth is slightly less than the second ring-type The height risen, so when outer support clamping is carried out to electric motor end cap with blade tooth, will not connect with the collar extension of the second annular projection Touch, when so using claw, electric motor end cap can either effectively be clamped, while being also less prone to the ring to the second annular projection Mouth is impacted or even damaged.
Brief description of the drawings
Fig. 1 is the structural representation of embodiment, and the overall of lathe that being mainly used for displaying is used to process electric motor end cap is tied Structure;
Fig. 2 is the front view of embodiment, is mainly used for all parts of lathe of the displaying for processing electric motor end cap Connection;
Fig. 3 is the structural scheme of mechanism of toolbox, is mainly used for showing the distribution situation and the first knife of each cutter The edge of a knife direction of tool and the 3rd cutter;
Fig. 4 is the top view of toolbox, is mainly used for showing distribution situation of each cutter on cutterhead and the The edge of a knife direction of two cutters and the 4th cutter;
Fig. 5 is the structural representation of clamp assembly, is mainly used for the connection of all parts on display fixture;
Fig. 6 is mainly used for each feature on displaying top surface to need the structural representation of the electric motor end cap top surface of processing Distribution situation;
Fig. 7 is mainly used for each feature on displaying bottom surface to need the structural representation of the electric motor end cap bottom surface of processing Distribution situation.
Reference:1st, lathe base;2nd, clamp assembly;3rd, platform is slid;4th, toolbox;5th, the first drive component;6、 Second drive component;7th, outer support fixture;8th, cutterhead;9th, tool changing motor;10th, facing tool;11st, back side lathe tool;12nd, the first knife Tool;13rd, the second cutter;14th, groove;15th, blade tooth;16th, the 3rd cutter;17th, the 4th cutter;18th, L-shaped cutter hub;19th, blade;20、 Sliding component;21st, claw;22nd, top surface;23rd, bottom surface;24th, bearing spider;25th, the first annular projection;26th, square boss;27th, it is oily Seal bearing;28th, the second annular projection;29th, chuck body;30th, driving source;31st, locating part.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
It is a kind of to be used to process the lathe of electric motor end cap, as shown in Figure 1 and Figure 2, including lathe base 1, it is arranged on lathe base Being used on 1 clamps the clamp assembly 2 of electric motor end cap to be processed, the sliding platform 3 that sliding is connected on lathe base 1, is arranged on Sliding being used on platform 3 carries out the toolbox 4 of turnery processing to electric motor end cap, slides the of the transverse shifting of platform 3 for driving One drive component 5, the second drive component 6 for driving toolbox 4 to be vertically moved, the first drive component 5 are first Cylinder, second drive component 6 is the second cylinder, when needing to be processed electric motor end cap, will with clamp assembly 2 Electric motor end cap is clamped, and then controls the first drive component 5 driving sliding transverse shifting of platform 3 and close to clamp assembly 2, control the Two drive components 6 cause cutterhead 8 to vertically move and close to electric motor end cap, finally added using toolbox 4 to electric motor end cap Work.
As shown in Figure 1 and Figure 2, lathe base 1 is provided with the article putting groove for placing processing bits at the surface on ground, The notch both sides of article putting groove are provided with guide rail, and connecting rod is provided with guide rail, and one end of connecting rod is connected with sliding platform 3, the other end and the One cylinders, the first cylinder controls to slide the horizontal sliding of platform 3 by the movement of controls connecting rod;Run through on sliding platform 3 and set Be equipped with the guide rod for guiding sliding platform 3 to move, one end of guide rod is connected with the lateral wall of the first drive component 5, the other end and Lathe base 1 is connected;It is provided with the upper surface for sliding platform 3 on second cylinder, sliding platform 3 close to the end of clamp assembly 2 It is provided with to slide to be connected with slipping block, slipping block on two slide rails, slide rail on vertical direction and is rotatably connected to toolbox 4, Slide rail is internally provided with connecting rod, and one end of connecting rod is connected with slipping block, the other end connects with the second cylinders, and the second cylinder leads to The movement of controls connecting rod is crossed to control toolbox 4 to carry out straight skidding.
Clamp assembly 2 as shown in Figure 1, Figure 2, Figure 5 includes chuck body 29 and the claw being fixedly connected on lathe base 1 21, chuck body 29 is that the center in the face of close toolbox 4 on cylinder, chuck body 29 is provided with circular depressed, circular recessed Sunken surrounding's Circle-Array shows three groups of circular counter bores, and every group is made up of two counterbores, and deep-slotted chip breaker is provided between each counterbore, card Circle-Array shows three sliding components 20 being radially arranged along chuck body on disk body 29, and sliding component 20 is cross block, chuck body 29, which are internally provided with sliding on the driving source 30 for driving sliding component 20 to move, sliding component 20, is connected with claw 21, claw 21 Glide direction of the glide direction with sliding component 20 relative to chuck body 29 relative to sliding component 20 is consistent, the claw 21 Being provided with is used to limiting the locating parts 31 of the slip locations of claw 21, the front end of claw 21 integrally formed with strip blade tooth 15, Square depression is provided with claw 21 at the side of blade tooth 15, sets depression to be to oil sealing bearing 27 to enter When row processing, cutter is touched with claw 21.
Toolbox 4 as shown in Figure 1, Figure 2, Figure 3 shows includes cutterhead 8, and being arranged on cutterhead 8 is used to enter electric motor end cap The lathe tool of row turnery processing and the tool changing motor 9 for being used to drive cutterhead 8 to rotate being arranged on inside sliding platform 3;Leaned on cutterhead 8 Six square grooves 14 are provided with the surface of nearly clamp assembly 2, being internally provided with for each groove 14 is used to enter cutter Three counterbores of different sizes are provided with the spacing limited block of row, limited block, the first cutter 12 and the 3rd cutter 16 are arranged on The thickness of the inside of adjacent groove 14, the first cutter 12 and the 3rd cutter 16 is all higher than the depth of groove 14, the first cutter 12 The edge of a knife point to clamp assembly 2, the edge of a knife of the 3rd cutter 16 is pointed to away from the direction of clamp assembly 2;It is uniform on the side of cutterhead 8 Be distributed with 12 groups of screwed holes, the second cutter 13 and the 4th cutter 17 be threaded in the side of cutterhead 8 and the second cutter 13 away from Relatively near from the 3rd cutter 16, the edge of a knife of the second cutter 13 is centrally disposed away from cutterhead 8, and the edge of a knife of the 4th cutter 17 points to cutterhead 8 It is centrally disposed, the 4th cutter 17 includes L-shaped cutter hub 18 and blade 19, and the blade 19 is arranged on deviating from for L-shaped cutter hub 18 On the side wall of clamp assembly 2.
The specifically used mode of lathe for processing electric motor end cap is as follows:Need to be processed electric motor end cap when Wait, electric motor end cap is carried out into outer support with outer support fixture 7 first clamps, and then controls the rotating cutter-head 8 of tool changing motor 9 so that first Cutter 12 turns to operating position, the second drive component 6 is controlled afterwards so that cutterhead 8 is close towards electric motor end cap, until first Cutter 12 is slightly above the lateral wall of electric motor end cap, then controls the first drive component 5 so that sliding platform 3 enters towards electric motor end cap Row horizontal sliding, now starts to deviate from the end face and square boss 26 of the first annular projection 25 on electric motor end cap top surface 22 The end face of top surface 22 is processed;After the two end faces are machined, control sliding platform 3 is controlled away from electric motor end cap Tool changing motor 9 processed is rotated to cutterhead 8 so that the second cutter 13 goes to Working position, and then control slides platform 3 towards motor End cap is moved, and now the second cutter 13 is processed to the bearing spider 24 on electric motor end cap;When bearing spider 24 is processed After completion, by the first drive component 5 control sliding platform 3 away from electric motor end cap, while controlling tool changing motor 9 by the 3rd cutter 16 turn to Working position, and then control sliding platform 3 is moved towards electric motor end cap, now to the ring-type of bottom surface 23 and second End face in projection 28 away from bottom surface 23 is processed;After machining, control slides platform 3 away from electric motor end cap, and Control the rotating cutter-head 8 of tool changing motor 9 so that the 4th cutter 17 goes to Working position, then control sliding platform 3 enters to electric motor end cap Row movement, is now processed to the end face that oil sealing bearing 27 deviates from bottom surface 23, after machining, and control sliding platform 3 is remote Electric motor end cap, the electric motor end cap on outer support fixture 7 is removed, this completes all processing to electric motor end cap.
Described above is only exemplary embodiment of the present utility model, not for limitation protection model of the present utility model Enclose, protection domain of the present utility model is determined by appended claim.

Claims (10)

1. it is used to processing the lathe of electric motor end cap a kind of, including lathe base (1), is arranged on being used on lathe base (1) and presss from both sides Sliding platform (3) that the clamp assembly (2) of tight electric motor end cap to be processed, sliding are connected on lathe base (1), it is arranged on sliding platform (3) being used on carries out the toolbox (4) of turnery processing to electric motor end cap, slides the of platform (3) transverse shifting for driving One drive component (5), the second drive component (6) for driving toolbox (4) to be vertically moved, it is characterized in that:Fixture Component (2) includes chuck body (29), is arranged on being used for the second annular projection (28) on electric motor end cap on chuck body (29) The outer support fixture (7) of outer support clamping action is played, the toolbox (4) includes being rotatably connected in the cutterhead on sliding platform (3) (8), positioned at sliding platform (3) it is internal and for drive cutterhead (8) to rotate tool changing motor (9), be arranged on cutterhead (8) and be used for pair The top surface (22) of electric motor end cap carries out the facing tool (10) of turnery processing, carries out turning for the bottom surface (23) to electric motor end cap The back side lathe tool (11) of processing.
2. the lathe according to claim 1 for being used to process electric motor end cap, it is characterized in that:The facing tool (10) includes The first cutter (12) for being radially arranged along cutterhead (8), along axially arranged the second cutter (13) of cutterhead (8), first knife Having (12) is used for the end face and square boss (26) of processing the first annular projection (25) away from the end face of top surface (22), the second knife Tool (13) is used for the madial wall for processing bearing spider (24).
3. the lathe according to claim 2 for being used to process electric motor end cap, it is characterized in that:The cutterhead (8) is close to fixture Set on the face of component (2) fluted (14), the first cutter (12) is connected by screw, first cutter internal in groove (14) (12) the edge of a knife is towards clamp assembly (2) side and protrudes from the side wall of cutterhead (8).
4. the lathe according to claim 2 for being used to process electric motor end cap, it is characterized in that:The side wall of second cutter (13) leads to Side-walls of the mode connects for screw in cutterhead (8) are crossed, the edge of a knife of the second cutter (13) is above the close clamp assembly (2) of cutterhead (8) Surface.
5. the lathe according to claim 1 for being used to process electric motor end cap, it is characterized in that:The back side lathe tool (11) includes The 3rd cutter (16) that is radially arranged along cutterhead (8), along the 4th axially arranged cutter (17) of cutterhead (8), the 3rd cutter (16) Deviate from the end face of bottom surface (23) for processing in bottom surface (23) and the second annular projection (28), the 4th cutter (17) is used to process Oil sealing bearing (27) deviates from the end face of bottom surface (23).
6. the lathe according to claim 5 for being used to process electric motor end cap, it is characterized in that:3rd cutter (16) passes through Mode connects for screw is internal in groove (14), and the edge of a knife of the 3rd cutter (16) faces away from clamp assembly (2) side and protrudes from cutterhead (8) side wall.
7. the lathe according to claim 5 for being used to process electric motor end cap, it is characterized in that:The side of 4th cutter (17) Wall is connected by screw in the side wall of cutterhead (8) and the edge of a knife of the 4th cutter (17) above cutterhead (8) close to clamp assembly (2) Surface.
8. the lathe according to claim 5 for being used to process electric motor end cap, it is characterized in that:4th cutter (17) includes L-shaped cutter hub (18), blade (19), the blade (19) are arranged on the end of the close clamp assembly (2) of L-shaped cutter hub (18).
9. the lathe according to claim 1 for being used to process electric motor end cap, it is characterized in that:The outer support fixture (7) includes Driving source (30), sliding component (20), locating part (31), claw (21), radial direction of the sliding component (20) along chuck body (29) Set, the driving source (30) is used to drive radial direction of the sliding component (20) along chuck body (29) to move, the card Pawl (21) sliding is connected on sliding component (20), glide direction and sliding component (20) phase of the claw (21) relative to sliding component (20) Glide direction for chuck body (29) is consistent, and the claw (21) is provided with locating part (31), the locating part (31) Slip locations for limiting claw (21).
10. the lathe according to claim 9 for being used to process electric motor end cap, it is characterized in that:Deviate from the claw (21) The end of cutterhead (8) is provided with blade tooth (15), and the blade tooth (15) is to away from cutterhead (8) center side projection.
CN201720066989.5U 2017-01-18 2017-01-18 Lathe for processing electric motor end cap Active CN206445221U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720066989.5U CN206445221U (en) 2017-01-18 2017-01-18 Lathe for processing electric motor end cap

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Application Number Priority Date Filing Date Title
CN201720066989.5U CN206445221U (en) 2017-01-18 2017-01-18 Lathe for processing electric motor end cap

Publications (1)

Publication Number Publication Date
CN206445221U true CN206445221U (en) 2017-08-29

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108161478A (en) * 2017-12-28 2018-06-15 奉正中 A kind of numerically-controlled machine tool that can be accurately positioned workpiece
CN108747482A (en) * 2018-06-24 2018-11-06 苏州亨允晟机电科技有限公司 A kind of cutting mechanism making shallow mouth in work piece inner surface
CN109604638A (en) * 2019-01-15 2019-04-12 常德市中天精密工具有限公司 A kind of cutting process of numerically controlled lathe and break bar two sides wheel face
CN111185768A (en) * 2020-03-10 2020-05-22 孙义彬 Processing equipment for shifting fork groove of gear sleeve of automobile synchronizer
CN112108878A (en) * 2020-09-10 2020-12-22 嘉兴博睿创业服务有限公司 Multi-shaft linkage type turning, drilling and tapping integrated machine

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108161478A (en) * 2017-12-28 2018-06-15 奉正中 A kind of numerically-controlled machine tool that can be accurately positioned workpiece
CN108747482A (en) * 2018-06-24 2018-11-06 苏州亨允晟机电科技有限公司 A kind of cutting mechanism making shallow mouth in work piece inner surface
CN108747482B (en) * 2018-06-24 2019-09-10 李小燕 A kind of cutting mechanism and its application method making shallow mouth in annular workpieces inner surface
CN109604638A (en) * 2019-01-15 2019-04-12 常德市中天精密工具有限公司 A kind of cutting process of numerically controlled lathe and break bar two sides wheel face
CN111185768A (en) * 2020-03-10 2020-05-22 孙义彬 Processing equipment for shifting fork groove of gear sleeve of automobile synchronizer
CN112108878A (en) * 2020-09-10 2020-12-22 嘉兴博睿创业服务有限公司 Multi-shaft linkage type turning, drilling and tapping integrated machine

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