CN209698197U - It is a kind of for processing the milling machine of gear - Google Patents
It is a kind of for processing the milling machine of gear Download PDFInfo
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- CN209698197U CN209698197U CN201920237651.0U CN201920237651U CN209698197U CN 209698197 U CN209698197 U CN 209698197U CN 201920237651 U CN201920237651 U CN 201920237651U CN 209698197 U CN209698197 U CN 209698197U
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Abstract
The utility model discloses a kind of for processing the milling machine of gear, including pedestal, bracket, processing case, milling attachment, bearing seat and clamping device；Bearing seat is slidably connected with base upper surface, and regulating device is additionally provided on pedestal；Regulating device includes the first fixed plate fixed and be located at base upper surface bearing seat far from milling attachment side, fixes with base upper surface and be located at the adjusting handle for adjusting screw rod and fix with adjusting screw rod that bearing seat is threadedly coupled close to the second fixed plate of milling attachment side, across bearing seat and with bearing seat；It adjusts screw rod one end and passes through the first fixed plate side wall and rotationally connected, adjust the side wall rotation connection of the screw rod other end and the second fixed plate close to bearing seat.The utility model has the effect that the setting of regulating device, it is therefore prevented that operator clamps material at milling attachment, avoids operator from accidentally touching the life security that milling machine switchs and jeopardizes operator, improves the operational safety of the milling machine.
Description
Technical field
It is the utility model relates to Gear Processing field, in particular to a kind of for processing the milling machine of gear.
Background technique
There are many kinds of the processing methods of gear, including mill teeth, roll flute and gear shaping etc., and wherein mill teeth method processing gear is usual
The processing of the processing form of gear tooth is carried out using milling machine.Mill teeth method generally uses vertical knee-type milling machine, in general, needing before vertical knee-type milling machine mill teeth
Operator is wanted to clamp material near milling cutter, if accidentally touching milling machine switch will be to the life security of operator by operator
It is formed and is threatened.
Currently, notification number be CN108500396A Chinese invention patent disclose it is a kind of for processing the dedicated of line gear
Vertical numerical control milling machine.The CNC milling machine include three prismatic pairs, two revolute pairs, a vertical spindle, a machine pillar and
One digital control system.Three prismatic pairs include the vertical prismatic pair and two bands for driving machine tool chief axis vertically moving
It starts building the prismatic pair that part moves in horizontal plane along two mutually orthogonal directions；Described two revolute pairs include driving workpiece
The revolute pair rotated around the revolute pair and drive workpiece of the rotation of workpiece rotating shaft around the common normal of main shaft and workpiece rotary shaft.
Above-mentioned technical proposal is suitable for the mass production of line gear, but has the following deficiencies: the milling machine in processing materials
Preceding needs clamp material on the downside of its milling cutter, are unfavorable for guaranteeing the life security of operator.
Utility model content
In view of the deficienciess of the prior art, the purpose of the utility model is to provide a kind of for processing the milling machine of gear,
The milling machine prevents operator from carrying out the clamping work of material at milling attachment, and avoiding operator, accidentally touching milling machine is switched and endangered
Evil arrives the life security of operator, improves the operational safety of the milling machine.
The above-mentioned technical purpose of the utility model has the technical scheme that
It is a kind of for processing the milling machine of gear, fixed including pedestal, the bracket fixed with base upper surface, with frame upper
Processing case, be set on processing case milling attachment, be set on pedestal for carrying bearing seat and the setting of raw material
In the clamping device for being used to clamp material on bearing seat；The bearing seat is slidably connected with the base upper surface, and described
The regulating device for adjusting bearing seat position is additionally provided on pedestal；The regulating device includes fixing with the base upper surface
And it is located at first fixed plate and the base upper surface of the bearing seat far from the milling attachment side and fixes and be located at institute
State bearing seat close to the second fixed plate of the milling attachment side, across the bearing seat and the tune that is threadedly coupled with bearing seat
Save screw rod and the adjusting handle fixed far from milling attachment one end with the adjusting screw rod；Described adjusting screw rod one end passes through institute
The first fixed plate side wall and rotationally connected is stated, the adjusting screw rod other end and second fixed plate are close to bearing seat
Side wall rotation connection.
By using above-mentioned technical proposal, when processing gear, operator rotates adjusting handle, turns so that adjusting screw rod
Dynamic, to drive, bearing seat is mobile, so that bearing seat is far from milling attachment, then operator carries out material on bearing seat
Clamp operation, then adjusting handle inverts, so that bearing seat is moved at milling attachment progress Gear Milling, the regulating device
Setting, it is therefore prevented that operator carries out the clamping work of material at milling attachment, avoid operator accidentally touching milling machine switch
And the life security of operator is jeopardized, improve the operational safety of the milling machine.
The utility model is further arranged to, and the processing groove for accommodating raw material is offered on the bearing seat；The folder
The rotation axis and the rotation axis that tight device includes one end and processing groove inner sidewall rotation connection are far from the processing groove
The fixed actuating sleeve in one end of side wall, one end pass through compression axis of the processing groove far from the rotation axis inner sidewall, be sheathed on it is described
On compression axis and compacting ring fixed thereto and the compressed part for driving the compression axis mobile towards the actuating sleeve；Institute
It states compression axis and is fixed with the driving column that section is square close to one end of the actuating sleeve, the inner wall section of the actuating sleeve is in side
Shape, and the actuating sleeve is fixed with the abutting circle coaxial with actuating sleeve close to one end of the compression axis.
By using above-mentioned technical proposal, when operator clamps material, material is sheathed on compression axis, is then compressed
Portion drives compression axis mobile towards actuating sleeve so that driving column is inserted into actuating sleeve, until material in abut circle and compacting ring it
Between clamp so that material is able to carry out subsequent mill teeth work.
The utility model is further arranged to, and the compressed part includes with the bearing seat close to the outside of the compression axis
The fixed pressure plate of wall, be sheathed on clamping sleeve of the compression axis on the pressure plate end, with bottom in the pressure plate
Compact heap, one end and the bearing seat side wall rotation connection other end that wall is slidably connected pass through the pressure of the pressure plate inner sidewall
Tight screw rod and the pressing handwheel fixed with the clamping screw far from the end of bearing seat；The clamping screw passes through the pressure
Tight block is simultaneously threadedly coupled therewith, and the clamping screw and the pressure plate are rotatablely connected；The compact heap upper surface with it is described
Clamping sleeve bottom is fixed；The clamping sleeve penetrates the bearing seat side wall and is slidably connected therewith.
By using above-mentioned technical proposal, when pressing handwheel rotation, clamping screw rotation drives compact heap mobile, makes
It is mobile towards actuating sleeve to obtain clamping sleeve, so that compression axis movement is driven, and the setting of the clamping sleeve, avoid the axial direction of compression axis
Rotation of the moving influence to material.
The utility model is further arranged to, and the milling attachment includes the active being vertically arranged in the processing case
Axis, be sheathed on the driving shaft and driving wheel fixed thereto, pass vertically through the processing case inner bottom wall and therewith rotation connect
The mill teeth axis that connects, the driven wheel for being sheathed on the mill teeth axis and being set in the processing case, around the driving wheel and institute
The belt for stating driven wheel, the first motor fixed with the processing case upper surface and drive driving shaft rotation and with it is described
The fixed milling cutter in mill teeth axis lower end；The both ends of main drive shaft is rotatablely connected with the processing case inner roof wall and inner bottom wall respectively；
Mill teeth axis upper end and the processing case inner roof wall are rotatablely connected.
By using above-mentioned technical proposal, when first motor work, driving shaft rotation drives driving wheel rotation, so that
Driven wheel rotation drives the rotation of mill teeth axis, so that the milling cutter rotation of mill teeth axis lower end is fixed on, to carry out mill teeth to material
Work.
The utility model is further arranged to, and the bracket is set to the described processing one end of case far from the milling cutter, institute
It states first motor and is set to the processing case close to one end of the bracket.
By using above-mentioned technical proposal, first motor is set to the processing one end of case far from milling cutter, and first motor is leaned on
Nearly bracket reduces first motor so that most of vibration when first motor works is transmitted on pedestal by bracket
Vibration influence that milling cutter is rotated, be conducive to the machining accuracy for improving milling attachment.
The utility model is further arranged to, and the milling attachment further includes being fixed on the bearing seat to be used to drive
Second motor of the rotation axis rotation.
By using above-mentioned technical proposal, when the work of the second motor, rotation axis rotation, so that actuating sleeve rotates, thus
Compression axis and material has been driven to rotate, so that material side can mill out the gear teeth.
The utility model is further arranged to, and the milling attachment further includes the cutter lifting portion being set in the pedestal, institute
State cutter lifting portion include be vertically arranged in pedestal and the rotor plate fixed with pedestal inner bottom wall, be set in pedestal cutter lifting block,
The cutter lifting screw rod that is threadedly coupled horizontal through the cutter lifting block and therewith horizontal through the cutter lifting block and is therewith slidably connected
The fixed other end in cutter lifting guide rod, one end and cutter lifting block upper surface is pierced by base upper surface and the connection fixed with cradle bottom surface
Column and the third motor that the cutter lifting screw rod rotation is fixed and driven with the rotor plate；The cutter lifting screw both end respectively with
The rotor plate is rotatablely connected close to the side wall and pedestal inner sidewall of the cutter lifting block；Cutter lifting guide rod both ends respectively with institute
The side wall and pedestal inner sidewall that rotor plate is stated close to the cutter lifting block are rotatablely connected；The bracket and the base upper surface are sliding
The glide direction of dynamic connection, the bracket is horizontal and vertical with the axis of compression axis.
By using above-mentioned technical proposal, when the work of third motor, the rotation of cutter lifting screw rod has driven cutter lifting block along cutter lifting
It is mobile to drive connecting column for guide rod sliding, so that bracket and processing case movement, have adjusted position of the milling cutter relative to material axis
It sets, so that the tooth for having adjusted the gear teeth on material is high.
The utility model is further arranged to, and it is consistent with base length direction that the base upper surface offers length direction
Cutter lifting slot, the cradle bottom surface is fixed with the cutter lifting draw runner being slidably connected with the cutter lifting slot；Cutter lifting slot both ends are fixed
Flexible piece.
By using above-mentioned technical proposal, bracket is fixed with cutter lifting draw runner, and cutter lifting draw runner is slidably connected with cutter lifting slot, makes
Bracket is obtained to be slidably connected with base upper surface, and cutter lifting slot both ends are fixed with elastomer block, avoid cutter lifting draw runner and cutter lifting slot both ends
Inner sidewall making contact and damage.
In conclusion the advantageous effects of the utility model are as follows:
1. the setting of regulating device, it is therefore prevented that operator carries out the clamping work of material at milling attachment, avoids grasping
Make the life security that personnel accidentally touch milling machine switch and jeopardize operator, improves the operational safety of the milling machine；
2. first motor is set to the processing one end of case far from milling cutter, so that first motor is close to bracket, so that the
Most of vibration when one motor works is transmitted on pedestal by bracket, reduces what the vibration of first motor rotated milling cutter
It influences, is conducive to the machining accuracy for improving milling attachment；
3. cutter lifting slot both ends are fixed with elastomer block, cutter lifting draw runner is avoided to damage with cutter lifting slot both ends inner sidewall making contact
Wound.
Detailed description of the invention
Fig. 1 is the overall structure diagram of embodiment；
Fig. 2 is the structural schematic diagram of milling attachment；
Fig. 3 is the structural schematic diagram of clamping device.
In figure: 1, pedestal；11, cutter lifting hole；12, cutter lifting slot；121, elastomer block；13, regulating tank；2, bracket；21, cutter lifting is sliding
Item；3, case is processed；4, milling attachment；41, cutter lifting portion；411, rotor plate；412, cutter lifting block；413, cutter lifting screw rod；414, cutter lifting
Guide rod；415, connecting column；416, third motor；42, driving shaft；43, driving wheel；44, mill teeth axis；45, driven wheel；46, belt；
47, first motor；48, milling cutter；49, the second motor；5, bearing seat；51, processing groove；52, adjusting block；6, regulating device；61,
One fixed plate；62, the second fixed plate；63, screw rod is adjusted；64, adjusting handle；7, clamping device；71, rotation axis；72, it drives
Set；721, circle is abutted；73, compression axis；731, key；74, compacting ring；75, column is driven；76, compressed part；761, pressure plate；762,
Clamping sleeve；763, compact heap；764, clamping screw；765, pressing handwheel.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
As shown in Figure 1, a kind of for processing the milling machine of gear, including pedestal 1, bracket 2, processing case 3, milling attachment 4, hold
Carry seat 5, regulating device 6 and clamping device 7.Pedestal 1 is cuboid hollow structure inside, and length direction is horizontal.Bracket 2 is
Rectangular cylinder structure, length direction is vertical, and it is set to 1 one end of pedestal and is located at 1 upside of pedestal.It is rectangular for processing case 3
Body hollow structure inside, length direction is consistent with the length direction of pedestal 1, and processing 3 bottom surface of case is fixed with 2 upper surface of bracket,
And bracket 2 is set to the processing one end of case 3 far from regulating device 6.
As shown in Fig. 2, milling attachment 4 include cutter lifting portion 41, driving shaft 42, driving wheel 43, mill teeth axis 44, driven wheel 45,
Belt 46, first motor 47 and milling cutter 48.Cutter lifting portion 41 includes rotor plate 411, cutter lifting block 412, cutter lifting screw rod 413, cutter lifting
Guide rod 414, connecting column 415 and third motor 416.Rotor plate 411 is rectangular plate-like, is vertically arranged in pedestal 1, and is turned
411 upper surface of movable plate and bottom surface are fixed with 1 inner roof wall of pedestal and inner bottom wall respectively.Cutter lifting block 412 is rectangular block shape, is set
It is placed in pedestal 1 and is located at rotor plate 411 close to the side of bracket 2.Cutter lifting screw rod 413 is horizontally placed in pedestal 1, one end
Side wall with rotor plate 411 close to cutter lifting block 412 is rotatablely connected, and the other end passes through cutter lifting block 412 and rotates with 1 inner sidewall of pedestal
Connection, and cutter lifting screw rod 413 is threadedly coupled with cutter lifting block 412.Cutter lifting guide rod 414 is round bar shape, axis and cutter lifting screw rod 413
Axis it is parallel.414 both ends of cutter lifting guide rod respectively with rotor plate 411 close to cutter lifting block 412 side wall and pedestal 1 close to cutter lifting
The inner sidewall of screw rod 413 is rotatablely connected, and cutter lifting guide rod 414 passes through cutter lifting block 412 and is slidably connected therewith.As shown in connection with fig. 1,
1 upper surface of pedestal offers cutter lifting hole 11, the rectangular in cross-section in cutter lifting hole 11, and the length direction in cutter lifting hole 11 and cutter lifting guide rod
414 length direction is consistent.Connecting column 415 be cylindrical structure, axis vertical, and the upper end pass through cutter lifting hole 11 and with branch
2 bottom surface of frame is fixed, and lower end is fixed with 412 upper surface of cutter lifting block.Third motor 416 and side of the rotor plate 411 far from cutter lifting block 412
Wall is fixed, and output shaft passes through rotor plate 411 and fixes with cutter lifting screw rod 413 close to the end of rotor plate 411.Table on pedestal 1
Face offers cutter lifting slot 12, and the length direction of cutter lifting slot 12 is consistent with the length direction in cutter lifting hole 11, and its section is trapezoidal.And
2 bottom surface of bracket is fixed with cutter lifting draw runner 21, and the length direction of cutter lifting draw runner 21 is consistent with the length direction of cutter lifting slot 12, and cutter lifting
The section of draw runner 21 is trapezoidal.Cutter lifting draw runner 21 is slidably connected with cutter lifting slot 12, so that bracket 2 and 1 upper surface slide of pedestal connect
It connects.Elastomer block 121 is fixed in cutter lifting slot 12, elastomer block 121 is rectangular block shape, is made of elastic material, and a cutter lifting slot
Two pieces of elastomer blocks 121 are equipped in 12, two pieces of cutter lifting blocks 412 are respectively arranged at 12 both ends of cutter lifting slot.
As shown in Fig. 2, driving shaft 42 is circular axle shape, it is vertically arranged in processing case 3 and is set to processing case 3 close to branch
One end of frame 2, and 42 both ends of driving shaft are rotatablely connected with processing 3 inner roof wall of case and inner bottom wall respectively.Driving wheel 43 is circle
Colyliform is sheathed on driving shaft 42 and fixed thereto.Mill teeth axis 44 is circular axle shape, is vertically arranged at processing case 3 far from main
One end of moving axis 42,44 upper end of mill teeth axis passes through processing 3 bottom surface of case and is rotatablely connected with processing 3 inner roof wall of case, and mill teeth axis 44
With processing 3 inner bottom wall of case rotation connection.Driven wheel 45 is round colyliform, is sheathed on mill teeth axis 44 is located in processing case 3 one
It is on end and fixed thereto.The closure setting of belt 46, bypasses driving wheel 43 and driven wheel 45 respectively, so that driving wheel 43 rotates
When drive driven wheel 45 rotate.First motor 47 is set to processing case 3 close to one end of bracket 2, consolidates with processing 3 upper surface of case
It is fixed, and 47 output shaft of first motor passes through processing 3 upper surface of case and fixes with 42 upper end of driving shaft.Under milling cutter 48 and mill teeth axis 44
End is fixed, for processing the gear teeth on material.
As shown in Figure 1, regulating device 6 includes the first fixed plate 61, the second fixed plate 62, adjusts screw rod 63 and adjust hand
Wheel 64, the first fixed plate 61 are rectangular plate-like structure, are set to the one end of pedestal 1 far from bracket 2, and 61 bottom of the first fixed plate
Face is fixed with 1 upper surface of pedestal.Bearing seat 5 is rectangular block shape structure, and biggish side wall offers processing groove 51, processing groove 51
Rectangular in cross-section, and processing groove 51 is connected to 5 upper surface of bearing seat.As shown in connection with fig. 2,1 upper surface of pedestal offers regulating tank
13, the length direction of regulating tank 13 is consistent with the length direction of pedestal 1, and section is trapezoidal, and regulating tank 13 is set to pedestal 1
One end far from bracket 2.5 bottom surface of bearing seat is fixed with adjusting block 52, and adjusting block 52 is trapezoidal bulk, is slidably connected to adjusting
In slot 13, so that bearing seat 5 is connect with 1 upper surface slide of pedestal.Second fixed plate 62 is rectangular plate-like, is set to bearing seat
5 sides far from the first fixed plate 61, bottom surface are fixed with 1 upper surface of pedestal, and the second fixed plate 62 and the first fixed plate 61
It is arranged in parallel.The axis for adjusting screw rod 63 is parallel with the length direction of regulating tank 13, passes through bearing seat 5 close to the first fixed plate
61 side wall is simultaneously threadedly coupled with bearing seat 5, and is adjusted 63 one end of screw rod and the second fixed plate 62 and turned close to the side wall of bearing seat 5
Dynamic connection, the other end pass through the first fixed plate 61 and rotationally connected.The end face middle part of adjusting handle 64 and adjusting screw rod
63 one end for being pierced by the first fixed plate 61 are fixed.
As shown in Figure 1, Figure 3, clamping device 7 includes rotation axis 71, actuating sleeve 72, compression axis 73, compacting ring 74, driving column
75 and compressed part 76.Rotation axis 71 is that circular axle shape, axis horizontal, and one end and 51 inner sidewall of processing groove are rotatablely connected.
Actuating sleeve 72 is cylindrical structure, and inner wall is square, and one end is closed.The axis of actuating sleeve 72 and the axis of rotation axis 71
It is overlapped, and the closed one end of actuating sleeve 72 is fixed with rotation axis 71 far from one end of 51 inner sidewall of processing groove.Milling attachment 4 also wraps
The second motor 49 is included, the second motor 49 is fixed with bearing seat 5 far from the lateral wall of compressed part 76, and the output shaft of the second motor 49
It is across 5 side wall of bearing seat and fixed with rotation axis 71.Compressed part 76 includes pressure plate 761, clamping sleeve 762, compact heap 763, pressure
Tight screw rod 764 and pressing handwheel 765, pressure plate 761 are the L-shaped plate structure in section, horizontal one end and bearing seat 5
Lateral wall far from rotation axis 71 is fixed, and 761 bottom surface of pressure plate is flushed with 5 bottom surface of bearing seat.Clamping sleeve 762 is rectangular tubulose
Structure, inner wall is rounded, and one end is closed, another end opening.It is close that one end that clamping sleeve 762 is open passes through bearing seat 5
The lateral wall of pressure plate 761 simultaneously extends in processing groove 51, and clamping sleeve 762 is slidably connected with bearing seat 5.Compression axis 73 is circle
Shaft-like, one end are set in clamping sleeve 762 and are rotatablely connected with clamping sleeve 762, and the other end is towards actuating sleeve 72, and compression axis
73 axis is overlapped with the axis of rotation axis 71.Drive shaft is square column, and length direction is horizontal, and one end and compression axis
73 fix close to one end of actuating sleeve 72.Compacting ring 74 is annular shape, is sheathed on compression axis 73 and fixed with compression axis 73.
Key 731 is fixed on compression axis 73, the length direction of key 731 is axial parallel with compression axis 73, and key 731 is set to compacting ring
Between 74 and driving column 75, for limiting the rotation of material.In addition, actuating sleeve 72 close to driving column 75 end face on be fixed with to
Adapter ring 721, abutting circle 721 is circle shape, and the axis for abutting circle 721 is overlapped with the axis of actuating sleeve 72.Compact heap 763 is square
Shape is blocky, is set between pressure plate 761 and bearing seat 5, and the inner bottom wall of 763 bottom surface of compact heap and pressure plate 761 is slided
Connection.The axis horizontal of clamping screw 764, one end pass through 761 lateral wall of pressure plate and with bearing seat 5 close to pressure plate 761
Lateral wall rotation connection, and clamping screw 764 and pressure plate 761 are rotatablely connected.In addition, clamping screw 764 passes through compact heap
It 763 and is threadedly coupled with compact heap 763.The end face vertical of pressing handwheel 765 in the middle part of the end face of pressure plate 761 and is pressed
Tight screw rod 764 is fixed far from one end of bearing seat 5.
When the present embodiment is in use, when processing gear, operator rotates adjusting handle 64, so that adjusting 63 turns of screw rod
Dynamic, to drive, bearing seat 5 is mobile, so that bearing seat 5 is far from milling attachment 4, then operator carries out on bearing seat 5
The clamp operation of material, then adjusting handle 64 inverts, so that bearing seat 5 is moved to progress Gear Milling at milling attachment 4, it should
The setting of regulating device 6 avoids operator from carrying out the clamping work of material at milling attachment 4, and operator is avoided accidentally to touch
Milling machine switchs and jeopardizes the life security of operator, improves the operational safety of the milling machine.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (8)
1. it is a kind of for processing the milling machine of gear, including pedestal (1), the bracket (2) and bracket fixed with pedestal (1) upper surface
(2) the fixed processing case (3) in top, be set in processing case (3) milling attachment (4), be set on pedestal (1) for holding
The clamping device (7) for being used to clamp material for carrying the bearing seat (5) of raw material and being set on bearing seat (5), it is characterized in that: institute
It states bearing seat (5) to connect with the pedestal (1) upper surface slide, and is additionally provided on the pedestal (1) for adjusting bearing seat (5)
The regulating device (6) of position；The regulating device (6) includes fixing with the pedestal (1) upper surface and being located at the bearing seat
(5) the first fixed plate (61) far from the milling attachment (4) side and the pedestal (1) upper surface are fixed and are located at described
Second fixed plate (62) of the close milling attachment (4) side of bearing seat (5) passes through the bearing seat (5) and and bearing seat
(5) the adjusting screw rod (63) being threadedly coupled and the adjusting fixed far from milling attachment (4) one end with adjusting screw rod (63)
Handwheel (64)；The adjusting screw rod (63) one end passes through the first fixed plate (61) side wall and rotationally connected, the tune
The side wall of screw rod (63) other end and second fixed plate (62) close to bearing seat (5) is saved to be rotatablely connected.
2. it is according to claim 1 a kind of for processing the milling machine of gear, it is characterized in that: being opened up on the bearing seat (5)
There is the processing groove (51) for accommodating raw material；The clamping device (7) includes that one end and the processing groove (51) inner sidewall rotate
The fixed actuating sleeve in the rotation axis (71) of connection, one end with the rotation axis (71) far from the processing groove (51) inner sidewall
(72), one end passes through the compression axis (73) of processing groove (51) the separate rotation axis (71) inner sidewall, is sheathed on the compression axis
(73) on and compacting ring (74) fixed thereto and for driving the compression axis (73) mobile towards the actuating sleeve (72)
Compressed part (76)；The compression axis (73) is fixed with the driving column that section is square close to the one end of the actuating sleeve (72)
(75), the inner wall section of the actuating sleeve (72) is square, and the actuating sleeve (72) is close to the one end of the compression axis (73)
It is fixed with the abutting circle (721) coaxial with actuating sleeve (72).
3. according to claim 2 a kind of for processing the milling machine of gear, it is characterized in that: the compressed part (76) include with
The fixed pressure plate (761) of the lateral wall of the bearing seat (5) close the compression axis (73) is sheathed on the compression axis (73)
The compression that clamping sleeve (762) and the pressure plate (761) inner bottom wall on the pressure plate (761) end are slidably connected
Block (763), one end and the bearing seat (5) the side wall rotation connection other end pass through the compression of the pressure plate (761) inner sidewall
Screw rod (764) and the pressing handwheel (765) fixed with the clamping screw (764) far from the end of bearing seat (5)；The pressure
Tight screw rod (764) passes through the compact heap (763) and is threadedly coupled therewith, and the clamping screw (764) and the pressure plate
(761) it is rotatablely connected；Compact heap (763) upper surface is fixed with the clamping sleeve (762) bottom；The clamping sleeve (762)
It penetrates the bearing seat (5) side wall and is slidably connected therewith.
4. it is according to claim 2 a kind of for processing the milling machine of gear, it is characterized in that: the milling attachment (4) includes
The driving shaft (42) that is vertically arranged in processing case (3) is sheathed on the driving shaft (42) and active fixed thereto
Wheel (43) passes vertically through processing case (3) inner bottom wall and rotationally connected mill teeth axis (44), is sheathed on the mill teeth axis
(44) on and it is set to the driven wheel (45) processed in case (3), around the driving wheel (43) and the driven wheel (45)
Belt (46), with it is described processing case (3) upper surface fix and drive the driving shaft (42) rotate first motor (47) with
And the milling cutter (48) fixed with mill teeth axis (44) lower end；Driving shaft (42) both ends are respectively and in the processing case (3)
Roof and inner bottom wall rotation connection；Mill teeth axis (44) upper end and processing case (3) inner roof wall are rotatablely connected.
5. it is according to claim 4 a kind of for processing the milling machine of gear, it is characterized in that: the bracket (2) is set to institute
The one end of processing case (3) far from the milling cutter (48) is stated, the first motor (47) is set to the processing case (3) close to described
One end of bracket (2).
6. it is according to claim 4 a kind of for processing the milling machine of gear, it is characterized in that: the milling attachment (4) also wraps
Include the second motor (49) for driving the rotation axis (71) to rotate being fixed on the bearing seat (5).
7. it is according to claim 6 a kind of for processing the milling machine of gear, it is characterized in that: the milling attachment (4) also wraps
Include the cutter lifting portion (41) being set in the pedestal (1), the cutter lifting portion (41) include be vertically arranged in pedestal (1) and with bottom
The fixed rotor plate (411) of seat (1) inner bottom wall, the cutter lifting block (412) being set in pedestal (1), horizontal through the cutter lifting block
(412) and therewith the cutter lifting screw rod (413) that is threadedly coupled, the lift being slidably connected horizontal through the cutter lifting block (412) and therewith
Knife guide rod (414), the fixed other end in one end and cutter lifting block (412) upper surface be pierced by pedestal (1) upper surface and with bracket (2)
The fixed connecting column (415) in bottom surface and fixed with the rotor plate (411) and driving cutter lifting screw rod (413) rotation the
Three motors (416)；Cutter lifting screw rod (413) both ends are respectively with the rotor plate (411) close to the side of the cutter lifting block (412)
Wall and the rotation connection of pedestal (1) inner sidewall；Cutter lifting guide rod (414) both ends are respectively with the rotor plate (411) close to institute
State side wall and the rotation connection of pedestal (1) inner sidewall of cutter lifting block (412)；The bracket (2) and the pedestal (1) upper surface are sliding
The glide direction of dynamic connection, the bracket (2) is horizontal and vertical with the axis of compression axis (73).
8. it is according to claim 7 a kind of for processing the milling machine of gear, it is characterized in that: the pedestal (1) upper surface is opened
Equipped with length direction and the consistent cutter lifting slot (12) of pedestal (1) length direction, bracket (2) bottom surface is fixed with and the cutter lifting
The cutter lifting draw runner (21) that slot (12) is slidably connected；Cutter lifting slot (12) both ends are fixed with elastomer block (121).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920237651.0U CN209698197U (en) | 2019-02-25 | 2019-02-25 | It is a kind of for processing the milling machine of gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920237651.0U CN209698197U (en) | 2019-02-25 | 2019-02-25 | It is a kind of for processing the milling machine of gear |
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| Publication Number | Publication Date |
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| CN209698197U true CN209698197U (en) | 2019-11-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201920237651.0U Active CN209698197U (en) | 2019-02-25 | 2019-02-25 | It is a kind of for processing the milling machine of gear |
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| CN (1) | CN209698197U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112276254A (en) * | 2020-10-23 | 2021-01-29 | 安徽省含山县皖中减速机械有限公司 | Gear tooth form positioning and milling device for production of planetary gear reducer |
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2019
- 2019-02-25 CN CN201920237651.0U patent/CN209698197U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112276254A (en) * | 2020-10-23 | 2021-01-29 | 安徽省含山县皖中减速机械有限公司 | Gear tooth form positioning and milling device for production of planetary gear reducer |
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| GR01 | Patent grant | ||
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| TR01 | Transfer of patent right |
Effective date of registration: 20220922 Address after: Huxi, Sanxi Village, Qianqing Street, Keqiao District, Shaoxing City, Zhejiang Province 312000 Patentee after: Zhejiang Shaoxing gear transmission Co.,Ltd. Address before: Jiefang Village, Huashe Street, Keqiao District, Shaoxing City, Zhejiang Province, 312030 Patentee before: ZHEJIANG CHANGTAI MACHINERY Co.,Ltd. |
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| TR01 | Transfer of patent right |